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EAEU HS code

8479 89 970 7 — Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter: other machines and mechanical appliances: other: other: other

Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter: other machines and mechanical appliances: other: other: other

Names come in English where the EU Combined Nomenclature publishes them — chapters, headings and subheadings, whose first six digits are the same Harmonized System; deeper EAEU detail is a machine translation, marked as such. Official texts — tariff notes, measures, lists and classification rulings — are the original: customs and your broker go by that wording. Where we show a machine translation of them, it is marked; where our quality check rejected one, the Russian stays.

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

Duty rate
0%

This is the base rate. A tariff quota, a preference for the country of origin and a tariff exemption lower it; anti-dumping and special duties are paid on top of it

EEC Council Decision No. 80 of 14.09.2021

Supplementary unit
шт
Item
Requirements and measures
45

None: trade defence measures — duty on top of the tariff, tariff quota.

Whether a measure applies to your goods depends on their characteristics and the shipping documents

VAT
VAT-exempt or 22%

Exempt if it is a medical device on the exemption list. Otherwise 22%.

Where it sits in the nomenclature

Section XVI. Machinery and mechanical appliances; electrical equipment; parts thereof; sound recorders and reproducers, television image and sound recorders and reproducers, and parts and accessories of such articles

  1. 84Nuclear reactors, boilers, machinery and mechanical appliances; parts thereof
  2. 8479Machines and mechanical appliances having individual functions, not specified or included elsewhere in this chapter; parts thereof
  3. 8479 89Machines and mechanical appliances, n.e.s.
  4. 8479 89 97Other machines and mechanical appliances: other: other
  5. 8479 89 970 7you are here

Compare the description of your goods with the neighbouring codes on the subheading line above.

Explanatory notes to heading 8479 9 paragraphs

Machine translation from Russian. The original is the EEC explanatory note, and that is what a classification dispute is argued from; the translation is for understanding and has no legal force.

8479 Machines and mechanical appliances having individual functions, not specified or included elsewhere in this Chapter: 8479 10 – Machinery for public works, building or the like 8479 20 – Machinery for the extraction or preparation of animal or fixed vegetable fats or oils 8479 30 – Presses for the manufacture of particle board or fibre building board of wood or other ligneous materials and other machinery for treating wood or cork 8479 40 – Rope or cable-making machines 8479 50 – Industrial robots, not elsewhere specified or included 8479 60 – Evaporative air coolers – Passenger boarding bridges: 8479 71 – – Of a kind used in airports 8479 79 – – Other – Other machines and mechanical appliances: 8479 81 – – For treating metal, including electric wire coil-winders 8479 82 – – Mixing, kneading, crushing, grinding, screening, sifting, homogenising, emulsifying or stirring machines 8479 89 – – Other 8479 90 – Parts This heading covers machinery having individual functions, which: (a) Is not excluded from this Chapter by the Notes to any other Section or Chapter; and (b) Is not covered more specifically by a heading in any other Chapter of the Nomenclature; and (c) Cannot be classified in any other particular heading of this Chapter since: (i) no other heading covers it by reference to its method of functioning, description or type; and (ii) no other heading covers it by reference to its use or to the industry in which it is employed; or (iii) it could fall equally well into two (or more) other such headings (machines of general application). The machines of this heading are distinguished from parts of machines, etc., which fall to be classified under the general provisions for the classification of parts, by the fact that they have individual functions. For this purpose the following machines and mechanical appliances are to be regarded as having "individual functions": (A) Mechanical devices, whether or not equipped with motors or other driving force, whose function can be performed distinctly from and independently of any other machine or appliance.

Example: air humidifying and air dehumidifying are individual functions, since they can be performed by appliances operating independently of any other machine or appliance. An air dehumidifier presented separately, even if designed for mounting on an ozone generator, must therefore be classified in this heading as having an individual function. (B) Mechanical devices which cannot perform their function unless they are mounted on another machine or appliance, or are incorporated in a more complex entity, provided that this function: (i) is distinct from that of the machine or appliance on which they are to be mounted, or from that of the entity in which they are to be incorporated, and (ii) does not play an integral and inseparable part in the operation of such machine, appliance or entity. Example: a thread-cutting mechanism is a device which is mounted on an industrial sewing machine and which automatically cuts the thread so that the machine can operate without stopping. This mechanism performs an individual function, because it takes no part in the "sewing" function of the machine; since there is no other more specific heading, the thread-cutting mechanism is to be classified in this heading. On the other hand, the function of a carburettor used on an internal combustion engine is distinct from that performed by the engine itself, but it is not an "individual function" within the meaning of the above definition, because the operation of the carburettor is inseparably linked with that of the engine; carburettors presented separately therefore fall to be classified as parts of engines in heading 8409. Similarly, mechanical or hydraulic shock absorbers form an integral part of the machine or appliance in which they are to be incorporated. Consequently, shock absorbers presented separately are to be classified as parts of the machines and appliances on which they are to be mounted. (Shock absorbers for vehicles and aircraft fall in Section XVII.) The very large range of machinery covered by this heading includes, inter alia: (I) MACHINES OF GENERAL APPLICATION This category includes, for example: (1) Vats or other containers (e.g., tubs or tanks for electrolysis), fitted with mechanical appliances (stirrers, etc.), which cannot be identified as designed for any particular industry and which are not heating appliances, cooking appliances, etc., of heading 8419. Vats or other containers fitted merely with taps, level gauges or pressure gauges or other similar devices or instruments are classified according to their constituent material. (2) Presses, crushers, grinders, mixers, etc., not designed for particular kinds of products or particular industries. (3) Volumetric distributing apparatus (e.g., mechanical hopper feeders) and mechanical distributors for the continuous feeding of workpieces in one and the same

provisions ready to carry out the corresponding processing operation on them, but not specialized in relation to any particular industry. (4) Machines for the installation of eyes or tubular rivets, equally suitable for the installation of eyes or rivets on any material, for example, textile materials, cardboard, plastics or leather; and machines equally suitable for connection by means of metal brackets of the ends of drive belts of textile materials, rubber or other materials used in various machines. (5) Vibration motors consisting of an electric motor with eccentrics mounted on the protruding ends of the shaft and exciting radial vibrations that are transmitted to the apparatus or device (trench, bunkers, funnels, conveyors, tram devices, etc.) with which the vibration motor is connected. (6) An electromagnetic vibrator designed to be connected to transporting, sieving, trambing, etc. devices, which has a base plate bearing an electromagnet, and two metal rods supporting a massive load held in place by two sets of springs at an appropriate distance from the electromagnet; the massive load is alternately attracted by the electromagnet and repulsed back by springs. (7) Multipurpose industrial robots. Industrial robots are automatic machines that can be rogrammed to periodically repeat a cycle of certain movements. Thanks to the use of sensors, industrial robots are able to perceive information about the field of activity in which they work and analyze the information received so that they can adapt the nature of their activities to the corresponding changes in the field of their activity. Industrial robots can be made in the form of a hinge structure similar in structure to a human hand and mounted on a base located in a horizontal or vertical position, and usually have a movable holder for the working tool (so-called vertical robots). In addition, the robots can also be a rectilinear structure capable of moving on a vertical axis. The holder of such a robot forms the final part of the working mechanism, often able to move on a horizontal axis (horizontal robots). These robots can equally be placed on a beam (beam robots). Various parts of the robot are powered by electric motors or by hydraulic or pneumatic systems. Industrial robots have many different applications: welding, painting, lifting and transport, loading and unloading, cutting, assembly, metalworking, etc. They replace a person when performing work in a harmful environment (in the presence of toxic products, dust, etc.) or labor-intensive work (moving heavy loads, repeated operations of a monotonous tedious nature). For these various applications, robots are equipped with tool holders and working tools specifically designed to perform a particular type of work (for example, tweezers, “grapplings”, welding heads). This heading covers only those industrial robots which are capable of performing a variety of functions with the simple replacement of working tools. However, this heading does not cover those industrial

robots which are specially designed to perform a particular function; these industrial robots are classified in the heading covering their function (e.g., heading 8424, 8428, 8486 or 8515). (II) MACHINES FOR PARTICULAR INDUSTRIES This category includes: (A) Machinery for public works, building or similar work, e.g.: (1) Machines for spreading mortar or concrete (excluding concrete or mortar mixers, heading 8474 or 8705). (2) Road-making machines which subject the concrete to vibration in order to compact it and also give the surface the required camber, and sometimes also lay the concrete. However, the heading excludes the graders of heading 8429. (3) Machines, whether or not self-propelled, for spreading gravel on roads or similar surfaces, and self-propelled machines for spreading and compacting bituminous road-surfacing materials. Gravel spreaders mounted on a motor vehicle chassis are excluded from this heading (heading 8705). (4) Machines and mechanical appliances for smoothing fresh concrete, bituminous or other similar soft surfaces, for marking them with grooves or squares, etc. Heating appliances for bitumen, etc., are excluded from this heading (heading 8419). (5) Small mechanical appliances, controlled by an operator walking alongside, for road maintenance (e.g., sweepers or appliances for marking lines in white paint). Mechanical rotary brushes, which may be mounted together with a refuse hopper and a sprinkling system on a wheeled chassis drawn by a tractor of heading 8701, also fall in this heading as interchangeable equipment even if presented with the tractor. (6) Salt and sand spreaders for snow clearance, designed for mounting on a lorry, consisting of a storage tank for the sand and salt equipped with a crushing and stirring member, a system for crushing/grinding lumps of salt and a hydraulic dispersal system with a spreading disc. The various functions of the machine are operated from the vehicle cab by remote control. (B) Machinery for the oil-milling, soap-making or edible fat industries, e.g.: (1) Special crushers, breakers, mills or presses for oil seeds or oleaginous fruit. (2) Tanks fitted with mechanical stirrers and specially designed for refining oils. (3) Equipment for washing animal fat.

(4) Equipment for rolling raw animal fat in order to break down the cells before rendering. (5) Agitators and mixers for preparing margarine. (6) Soap-cutting or soap-moulding machines. (C) Machinery for working wood or similar materials, e.g.: (1) Debarking drums, in which logs are stripped of bark by rubbing against one another. (2) Special presses for agglomerating wood fibre, wood chips, sawdust or cork dust. (3) Presses for densifying wood. (4) Machines for impregnating wood under pressure. (D) Machines for making rope or cable (stranding, twisting or cabling machines, etc.), working either on textile yarn or on metal wire, or on both of these materials at the same time, including machines for twisting flexible electric wires, other than twisting frames used in spinning (heading 8445). The heading excludes: (a) machines for winding balls of textile yarn, twine, etc. (heading 8445); (b) machines for finishing (glazing, polishing) textile yarn, twine, etc. (heading 8451).

(E) Machines for working metal, including electric wire coil-winders, e.g.: (1) Crucible vice presses for the aluminothermic welding of rails, machine parts, etc. (2) Machines for cleaning or pickling metals (with acid, trichloroethylene, etc.), including pickling units for sheet-rolling mills, but excluding steam or sand blasting appliances of heading 8424. (3) Rotating drums for removing moulding sand or scale, or for polishing metal articles (e.g., nuts, bolts or ball bearings). (4) Machines for tinning by immersion in molten tin. (5) Pig-iron breakers and special stamps for breaking cast-iron scrap into pieces. (6) Special machines for wrapping or covering electric cables with layers of textile yarn, impregnated paper strips, asbestos tapes or other insulating or protective materials, but excluding machines for making gimped yarn, of heading 8447. (7) Electric wire coil-winders (e.g., for electric motors, transformers or inductors). (F) Machines for making baskets, wickerwork and other machines for plaiting or interlacing osier, reed, rattan, straw, wood veneer, plastics, etc., e.g.:

(1) Machines for making baskets, hampers or similar articles. (2) Machines for plaiting casings on carboys, bottles, etc. (3) Machines for making protective straw envelopes for bottles. (4) Machines for plaiting hats or braids and ribbons for hat-making. The heading excludes machines for splitting wood, peeling osiers, rounding rattan, etc. (heading 8465). (G) Machines for making artists' brushes or other paintbrushes and brooms, e.g.: (1) Machines for preparing (including trimming or shaping) hair, bristles, fibres, etc., for the manufacture of paintbrushes and brooms. (2) Machines for inserting hair, bristles, fibres, etc., into sockets, holders or handles. The heading excludes: (a) machines for sterilising bristles or fibres (heading 8419); (b) machines for working brush backs or paintbrush handles of wood, cork, bone, hard rubber or similar hard materials (heading 8465). (III) MISCELLANEOUS MACHINES This category includes: (1) Air humidifiers or dehumidifiers, other than appliances of heading 8415, 8424 or 8509. (2) Engine starters (mechanical, hydraulic, compressed air, etc.), but not electrical equipment of heading 8511. (3) Hydraulic accumulators for holding in reserve a quantity of liquid under pressure in order to ensure an even flow or supply pressure in hydraulic machines. These accumulators usually consist of a vertical cylinder filled by a pump, and a piston which fits in the cylinder and the weight of which is chosen so as to provide a given pressure. (4) Automatic pump-type lubricators for lubricating machinery. (5) Match-dipping machines. (6) Machines for pitching or coating casks, other than spraying appliances of heading 8424. (7) Machines for coating welding electrodes. (8) Machines for cleaning or re-surfacing gelatin printing rollers. (9) Machines for coating a substrate with photosensitive emulsions, other than machines of heading 8486. (10) Machines for giving a "frosted" finish to glass surfaces by an acid process. (11) Machines for screwing or unscrewing and appliances for extracting metal cores, other than hand tools of Chapter 82 and small hand-held tools, pneumatic, hydraulic or with a self-contained electric or non-electric motor (heading 8467). (12) Machines for maintaining pipelines or other structures of rigid tubes (e.g., small self-propelled machines used on

oil pipelines for cleaning the pipe, coating it with bitumen or other protective coating; machines driven through the pipes by the flow of the liquid itself and used to clean the inner surface. (13) Machines for mounting needle headsets on cardochial cylinders. (14) Machines for the manufacture of rope soles for shoes. (15) Machines for washing, cleaning or removing dust from pens intended for bedding. (16) Machines for filling down blankets or stuffing mattresses. (17) Machines for applying abrasives on any basis (tissue, paper, etc.). (18) Machines for rolling flexible cables or tubes into coves (e.g., textile or metal cables or ropes, electrical cables, lead tubes). (19) Mechanical devices for cutting off aquatic vegetation and They are a horizontal spit located below the water level and rotating on a vertical axis, which is supported by a frame designed to anchor on the boat. Such devices may have a manual or mechanical drive. (20) Diving bells or metal diving suits, etc. with mechanical equipment. (21) Gyroscopic stabilizers for ships or similar applications, but excluding gyroscopic devices for instruments of Chapter 90 (gyrocompasses, etc.) and torpedoes (heading 9306). (22) Steering and control equipment for ships other than rudders themselves (usually heading 7325 or 7326) and autopilots of heading 9014. (23) Electrical, hydraulic, pneumatic, etc. windshield glazing mechanisms for aircraft, ships and all means of transport, excluding those used on bicycles or motor vehicles (heading 8512). In addition, this heading also covers support elements for wiper brushes and wiper-mounted brushes, provided that they can be identified as intended for the windshield wiper machinery described above; the same parts for windshield wiper machinery of a motor vehicle are not included (heading 8512). (24) Ultrasonic devices for cleaning metal parts and various other products, consisting in a complete form (regardless of whether they are mounted in a common housing or are made in the form of separate units) of a high-frequency generator, one or more converters and a tank for products intended for cleaning, and the device can be presented complete with or without a tank. In addition, this heading also covers ultrasonic transducers intended for use in such apparatus. Ultrasonic apparatus and transducers used exclusively or mainly for cleaning semiconductor plates or flat display panels are excluded (heading 8486). (25) Welding torches with blow for underwater welding, which are usually equipped with a special ignition device, as well as special devices for supplying additional amounts of compressed air or oxygen through the ring

an outlet made around the tip in order to form a cavity in the water column, within which a flame can burn. (26) Apparatus for cutting or sewing rock or concrete using the high temperature obtained by burning ferrous metals in an oxygen stream. The devices used usually have a very simple design, which contains a handle or grip of a heat-resistant material with a valve mounted inside and is equipped with a device for connecting both to the oxygen source and to the ferrous metal pipe section. In the process of work, oxygen passes through this pipe of ferrous metals, the end of which, preheated to red heat, while burning, providing a very high temperature, sufficient for melting ore rock or concrete. (27) Automatic shoe cleaning machines. (28) Machines for voicing paper cups or containers, etc. by immersion. (29) Industrial canvases. (30) Evaporative air coolers. (31) Stairways for boarding passengers. Such stairways allow passengers and staff to make a non-necessary outdoor crossing between the terminal building and the aircraft stationed in the parking lot, cruise ship or ferry. Stairs for boarding passengers consist mainly of a rotunda block, two or more rectangular retractable tunnels, vertical lifting columns equipped with wheel bogies, and a cabin located at the front of the stairways. Stairs are equipped with electromechanical or hydraulic actuators designed to move ladders horizontally, vertically and radially (i.e., retractable sections, cabins, vertical lifting columns, etc.), to precisely position the ladder relative to the door of the aircraft or the entrance to a cruise ship or ferry. Passenger stairways used in seaports may be additionally equipped with removable walkways installed in the front of the ladder and intended for transfer on board a cruise ship or ferry. Such ladders by themselves do not lift, deliver, submerge or unload anything. Devices for cleaning carpets where they are located by injection into the carpet of liquid cleaning agent and its subsequent extraction by suction, intended for use in establishments (other than dwellings) such as hotels, motels, hospitals, offices, restaurants and schools, are classified in heading 8451. However, this heading does not cover sealing machines for the assembly of semiconductor devices (heading 8486). Subject to the general provisions relating to the classification of parts (see the general provisions of Section XVI), this heading also includes parts of machinery of that heading, including forms other than those included in other headings (in particular heading 8480).

Official text adopted by a Recommendation of the EEC Board

Notes to chapter 84 — Nuclear reactors, boilers, machinery and mechanical appliances; parts thereof 24 items

Notes

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. This group does not include:

(a) millstones, grinding stones or other articles of Chapter 68;

(b) equipment or devices (e.g. pumps) of ceramic materials and ceramic parts of machinery or devices of any material (Chapter 69);

(c) laboratory glassware (heading 7017); equipment, devices or other articles for technical purposes or parts thereof of glass (heading 7019 or 7020);

(d) articles of heading 7321 or 7322 or similar articles of other base metals (Chapters 74 to 76 or 78 to 81);

(e) vacuum cleaners of heading 8508;

(f) electromechanical household appliances of heading 8509; digital cameras of heading 8525;

(g) radiators for articles of Section XVII; or

(h) manual mechanical brushes for floor cleaning, without engine (heading 9603).

2. Subject to the provisions of Note 3 to Section XVI and Note 11 to this Chapter, a machine or device which meets the description in one or more of headings 8401 to 8424 or heading 8486 and at the same time the description in one or more headings 8425 to 8480 is included in the relevant heading of the first series of headings or in heading 8486 as the case may be, and not in the second series.

(A) However, heading 8419 does not cover:

(i) seed germination equipment, incubators or brooders (heading 8436);

(ii) machinery for wetting grains (heading 8437);

(iii) diffusion apparatus for the extraction of sugary juice (heading 8438);

(iv) equipment for the heat treatment of textile yarn, textile materials or finished textile articles (heading 8451); or

machining equipment, assemblies or laboratory equipment in which temperature change, even if necessary, is an auxiliary process.

(B) Heading 8422 does not cover:

(i) sewing machines for sewing bags or similar packagings (heading 8452); or

(ii) office equipment of heading 8472.

(C) Heading 8424 does not cover:

(i) paint-blasting printing presses (heading 8443); or

(ii) water jet cutting machines (heading 8456).

3. A machine for processing any material which corresponds to the description of heading 8456 and simultaneously to the description of heading 8457 to 8461, 8464 or 8465 is classified in heading 8456.

4. Heading 8457 covers only metalworking machines other than lathes (including multipurpose lathes) which may perform different types of machining operations by:

(a) the automatic replacement of tools from a tool store or similar device in accordance with the processing program(s);

(b) the automatic application simultaneously or sequentially of different processing heads operating at a fixed workpiece (assembly single-position machines); or

(c) automatic movement of the workpiece to various processing heads (multi-position machines).

5. For the purposes of heading 8462, the term “longitudinal cutting line” for flat products means a process line consisting of a winder, a correct device, a longitudinal cutting device and a winder. The term “cross-cutting line” for flat products means a process line consisting of a unwinder, a correct device and a cutting device.

6. (A) For the purposes of heading 8471, the term “computers” means machines capable of:

(i) store the processing program or programs and at least the information currently necessary to execute the program;

(ii) be freely reprogrammable according to user requirements;

(iii) perform user-defined arithmetic calculations; and

(iv) perform, without human intervention, a processing program requiring the computer to modify its actions by making logical decisions during processing.

(B) Computing machines can be made in the form of systems consisting of a different number of individual blocks.

(C) Subject to the provisions of Notes (D) and (E) below, a block shall be treated as part of a computing system if it satisfies all of the following conditions:

(i) exclusively or principally used in a computing system;

(ii) is capable of being connected to the central processing unit either directly or through one or more other units; and

(iii) is capable of receiving or presenting information in such form (codes or signals) as may be used by the system.

Separately presented computer units are classified in heading 8471.

However, keyboards, X-Y-coordinate input devices and disk storage units which satisfy the conditions laid down in Notes (B) (ii) and (B) (iii) above are in all cases to be regarded as blocks of heading 8471.

(D) Heading 8471 does not cover the following devices, presented separately, even if they meet all the conditions of Note 6(C) above:

(i) printers, copiers, facsimile machines, combined or not;

(ii) apparatus for receiving or transmitting voice, images or other data, including apparatus for providing communications over a wired or wireless communication network (for example, on a local or wide area network);

(iii) loudspeakers and microphones;

(iv) television cameras, digital cameras and video recording cameras;

(v) monitors and projectors not combined with television reception equipment.

(E) Machines containing or working in conjunction with a computer and performing specific functions other than information processing are classified in the headings according to their specific functions or, if this is not possible, in the residual headings.

7. Heading 8482, inter alia, covers polished steel balls whose maximum and minimum diameter does not differ from the nominal diameter by more than 1% or by more than 0.05 mm, whichever is smaller. Other steel balls are classified in heading 7326.

8. A machine which is used for more than one purpose shall be classified as if its primary purpose were the only one.

Subject to the provisions of Note 2 to this Chapter and Note 3 to Section XVI, a machine whose primary purpose is not described in any heading or a machine in which none of its functions is primary is classified in heading 8479, unless the context otherwise provides. Heading 8479 also includes machinery for the manufacture of ropes or ropes (e.g. knitting machines) from metal wire, textile yarn or other materials or from a combination of such materials.

9. For the purposes of heading 8470, the term “pocket” applies only to devices not exceeding 170 x 100 x 45 mm.

10. For the purposes of heading 8485, the term additive manufacturing (also referred to as 3D printing) means the formation of physical objects based on a digital model by successively adding and layering, sealing and curing a material (e.g., metal, plastics or ceramics).

Subject to the provisions of Note 1 to Section XVI and Note 1 to Chapter 84, machines as described in heading 8485 are classified in that heading and no other heading of the Nomenclature.

11. (A) Notes 12(a) and 12(b) to Chapter 85 also apply to the terms “semiconductor devices” and “electronic integrated circuits”, respectively, as used in this note and in heading 8486. However, in this note and in heading 8486, the term "semiconductor devices" also applies to photosensitive semiconductor devices and LEDs.

(B) In this note and in heading 8486, the term “plane display panel production” covers the fabrication of a flat panel of substrates. It does not cover the production of glass or the installation of printed circuit boards or other electronic components on flat panels. The term "flat display panel" does not apply to cathode ray tube technology.

(C) Heading 8486 also includes machinery and apparatus used exclusively or principally for:

(i) producing or eliminating defects in masks and patterns;

assemblies of semiconductor devices or electronic integrated circuits;

(iii) lifting, manipulating, loading or unloading boules, plates, semiconductor devices, electronic integrated circuits and flat display panels.

(D) Subject to the provisions of Note 1 to Section XVI and Note 1 to Chapter 84, machinery meeting the description in heading 8486 is classified in this heading and in no other heading of the Nomenclature.

Subheading notes

English text as published in Annex I to Regulation (EU) 2021/1832 (Combined Nomenclature). The EAEU tariff and the EU nomenclature copy these notes from the same convention. For a Russian declaration the binding version is the Russian one: Annex to Decision No 80 of the EEC Council of 14 September 2021.

1. For the purposes of subheading 8465 20, the term ‘machining centres’ applies only to machine-tools for working wood, cork, bone, hard rubber, hard plastics or similar hard materials, which can carry out different types of machining operations by automatic tool change from a magazine or the like in conformity with a machining programme.

2. For the purposes of subheading 8471 49, the term ‘systems’ means automatic data-processing machines whose units satisfy the conditions laid down in note 6(C) to Chapter 84 and which comprise at least a central processing unit, one input unit (for example, a keyboard or a scanner), and one output unit (for example, a visual display unit or a printer).

3. For the purposes of subheading 8481 20, the expression ‘valves for oleohydraulic or pneumatic transmissions’ means valves which are used specifically in the transmission of ‘fluid power’ in a hydraulic or pneumatic system, where the energy source is supplied in the form of pressurized fluids (liquid or gas). These valves may be of any type (for example, pressure-reducing type, check type). Subheading 8481 20 takes precedence over all other subheadings of heading 8481.

4. Subheading 8482 40 applies only to bearings with cylindrical rollers of a uniform diameter not exceeding 5 mm and having a length which is at least three times the diameter. The ends of the rollers may be rounded.

Additional notes

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. For the purposes of subheadings 8407 10 and 8409 10, the term “aviation engines” shall apply only to engines intended for assembly with an air or rotor.

2. В подсубпозицию 8471 70 300 0 также включаются устройства считывания компакт-дисков, являющиеся запоминающими устройствами вычислительных машин, которые предназначены для считывания сигналов с CD-ROM, аудиокомпакт-дисков и фотокомпакт-дисков и снабжены разъемом для наушников, регулятором громкости или кнопкой пуск/стоп.

Additional notes of the Eurasian Economic Union

Machine translation. The original is the Russian text of the EAEU tariff, and customs goes by it; this translation is for understanding only and has no legal force.

1. For the purposes of subheading 8482 10 900 1, the term “gross mass” means the total mass of the goods with all kinds of packaging materials and packagings ensuring their safety during storage and transport. The total weight of the goods does not include the mass of packaging materials or containers that are clearly suitable for reuse.

2. For the purposes of subheading 8415 81 001 0, the term “special production facilities” means premises in which the maintenance of precise values of temperature and humidity is due to the operational requirements of the equipment installed therein, such as machines, computers, switching equipment, surgical equipment, etc., or to the operations performed therein.

3. In subheadings 8427 20 190 1, 8427 90 000 1 and 8436 80 100 1, the date of manufacture shall be determined on the basis of the technical documentation of the manufacturer (technical passport, instruction manual) and the manufacturer's plate, which shall be fixed in a conspicuous, easily accessible place of the machinery and shall not be replaced during operation. If the manufacturer's technical documentation and the manufacturer's plate contain conflicting information about the date of manufacture or there is no information about the manufacturer of the equipment on the date of manufacture, then this technique is considered a technique, since the release of which more than 3 years have passed.

If the manufacturer's information indicates only the year of manufacture, then the date of manufacture of the equipment is considered 1 July of the year of manufacture; if the month and year of manufacture are indicated, the date of manufacture is the 15th day of the month specified in the manufacturer's information.

4. For the purpose of classification of goods in subheading 8482 10 900 1 in the states, whose territories constitute the customs territory of the Eurasian Economic Union, when applying the term "French border of the country of importation", the country of import is understood as the customs territory of the Eurasian Economic Union.

5. For the purpose of subheading 8407 10 000 3, the term “take-off power” means the maximum power developed by an aircraft piston engine.

“Take-off power” is specified in the technical documentation and (or) accompanying documents, measured in kilowatts or horsepower (1 kW corresponds to 1.35962 hp).

6. В подсубпозиции 8421 99 000 5 термин «элементы мембранные рулонного типа для фильтрования или очистки жидкостей» означает устройства цилиндрической формы, состоящие из:

- internal plastic perforated tube on which spirally wound membrane bags;

- drainage material located between membrane bags and glued to them on three sides.

The membrane package consists of a twice folded band of membrane containing an extruded grid inside.

At the ends of the membrane roll-type element, fixing discs and sealing cuffs can be installed.

7. For the purposes of subheading 8415 20 000 2, the term “in a single enclosure” refers to air conditioning units (air conditioners) in which all the elements are combined in a single enclosure, frame or platform.

The term "in a single housing" also applies to air conditioning units (air conditioners) in which the refrigeration compressor, which is part of a given air conditioning unit (air conditioner), is located separately, that is, not combined with the rest of the elements in one housing, on one frame or on one platform.

EEC classification decisions (5)

Binding in all EAEU member states: if the goods match the description, the decision fixes the code

Classification rulings for this code (58)

Machine translation from Russian. The original is the Russian wording of the ruling, and customs goes by it; this translation is for understanding only and has no legal force.

Tabletpress is designed for the production of solid dosage forms in the form of tablets from tablets by pressing.

Full description

Tabletpress is supplied in disassembled form and consists of the following main components: rotary table, feeding system, dosing system, pre-formation system, final pressing system, unloading system, control cabinet, rotor type "B", rotor type "D", electric motor, rig type "B": punching top - 67 pieces, matrix - 67 pieces, punching bottom - 67 pieces, tooling type "D": punching top - 45 pieces, matrix - 45 pieces., punching bottom - 45 pieces.

Principle of operation: the tablet from the storage container (not included in the package) is supplied to the tablet press loading port. Further, the tablet mass through the channels is supplied to the rotor with installed equipment (poins and matrices) of type "B" or type "D". Rotating, the rotor moves the punches along the guides, which are fixed in a certain sequence. In the process of rotation of the rotor, the tablet mass in the matrix is compressed through punches and the formation of a tablet. The main technical parameters: sizes and shape of tablets: biconvex from 6 to 12 mm, flat-cylindrical from 6 to 25 mm, oblong (oblong) from 17x8 to 22x10 mm; theoretical maximum output for a rotor of type "B" - 498480 tab. /h, for rotor type "D" - 334800 tab. /h; maximum pressure - 100 kN; power supply - 380 V, 50 Hz, three phases.

GRI 1, 2(a) and 6

The pre-reforming reactor is a vertical cylindrical column apparatus in a steel case with two convex (hemispheric) bottoms (capacity 22.85 m3, height 7370 mm, internal diameter 2500 mm), with a support skirt, lining plates and in-hull devices providing the pre-reforming process.

Full description

It is used for steam catalytic reforming in the reforming department of the hydrogen production unit of the deep oil refining complex. Internal equipment of the reactor: gas distributor (gas distributor); vertical pockets of thermocouples in the form of two vertical internal pipes; mesh wire screens (2 pcs) for filtering small particles of the catalyst, impurities and preventing mixing of layers; ellipsoid plate (to support the catalyst) with an exhaust manifold (to collect the product and distribute the flow during back washing); cover for holding the catalyst (the catalyst is not included in the supply volume).

Equipped with catalyst and gas input/output pipelines, technological fittings, hatches-lazes, observation hatches; supplied on support complete with commissioning material for assembly and first start-up, a set of lining plates (32 pieces).

The principle of operation is based on the chemical process of converting the incoming gas into a mixture of hydrogen (H2), carbon monoxide (CO), carbon dioxide (CO2) and methane (CH4) with water vapor (pre-reforming), according to the reactions of steam reforming (endothermic) and conversion (exothermic) in the presence of a AR-401 catalyst based on nickel; in the upper part of the reactor comes under a pressure of 3.28 MPa heated to 500 ° C, which is evenly distributed and further, passing through the catalyst layer, the chemical reaction is carried out through the reactor;

GRI 1, 2(a) and 6

Конвертер среднетемпературной конверсии таговый номер представляет собой вертикальный цилиндрический колонный аппарат в стальном корпусе с двумя выпуклыми (полусферическими) днищами (вместимость 108,6 м3, высота 11300 мм, внутренний диаметр 4500 мм) с внутрикорпусными устройствами, обеспечивающими процесс конверсии.

Full description

Предназначен для конверсии окиси углерода в водород, используется в отделении конверсии установки производства водорода комплекса глубоко переработки нефти. Внутреннее оснащение реактора: распределитель газа (газовый дистрибутор); вертикальные карманы термопар в виде двух вертикальных внутренних труб; сетчатые проволочные экраны (2 шт.) для фильтрации мелких частиц катализатора, примесей и предотвращения смешивания слоев; эллипсоидная тарелка (для поддержки катализатора) с выпускным коллектором (для сбора продукта и распределения потока во время обратной промывки); крышка для удержания катализатора (катализатор в объём поставки не входит).

Оснащен трубопроводами ввода/выводы катализатора и газов, технологическими штуцерами, люками-лазами, смотровыми люками; поставляется на опорной юбке в комплекте с пуско-наладочным материалом для сборки и первого пуска, комплектом подкладочных пластин (48 шт.).

Принцип действия основан на химическом процессе - конверсии монооксида углерода водяным паром; в верхнюю часть реактора поступает под давлением 2,72 Мпа подготовленная парогазовая смесь, которая равномерно распределяется и далее, проходя последовательно через слой керамических шаров и слой катализатора (послойно размещенные 3 типа катализатора), происходит экзотермическая реакция между монооксидом углерода (СО) и водяным паром (Н2О); в результате процесса конверсии образуются двуокись углерода (СО2) и водород (Н2); получившийся газ выводится через штуцер в нижней части реактора.

GRI 1, 2(a) and 6

The line is designed for twisting a compacted uninsulated or isolated vein in the manufacture of multi-core power cables and wires.

Full description

The main component: torsion device for 3 cradles. The package also includes: a guide for the central vein; a dispensing device with 2 cradles; caliber; metering counter; pulling device; stowage device; receiving device; electric control cabinets; operator control panel; protective fence.

Principle of operation: coils with blanks are placed in the cradles of the dispensing device and cradles of the torque frame. Lived with the coil of the dispensing device stretches through the entire production line (through the frame installed on the second cradle, then through the torque frame and caliber, then through the meter, traction device on the layer, and then on the receiving device). In a similar way stretch the veins from other coils installed in the cradles. Screwing of the finished product is carried out in two ways: twisting with unscrewing and twisting without unscrewing.

In the first case, the coils with the workpiece are located in an unchanged position, in the second - the torque frame and cradle rotate around its own axis in the direction that coincides with the twisting of the product. Further, through the caliber, meter and traction device, the finished product is moved to the cable layout device, where it is evenly spread over the entire area of the receiving coil fixed on the receiving device.

GRI 1 and 6

The line is designed for the production of disposable diapers-coats for adult sizes (M, L, XL).

Full description

The line consists of the following main components: cellulose loading unit, pulp mill, superabsorbent, drum-forming (2 pieces), molding chamber, compression unit of the absorbent channels, swelling of the canals, insertion the contours of the liner, slicing assembly, the distribution layer, junction of the contours of the absorbent layer, slicing of the absorbent layer, pivot node of supply of laminated nonwoven material, vacuum arc chamber, folder diaper recycler a node of ultrasonic adhesion of the side seams of the diaper, final-cutting node, junction of the finished product, (a) the length of the product, node dumping defective products with an automatic rejection camera, assembly of materials bonding (9 pcs), material unwinding unit (10 pcs), unwinding assembly of elastic rubber bands (4 pcs), vacuum chamber (9 units), rotating filter, glue tank (8 pcs), frame(s) of equipment, electric cabinet.

Line control is provided from the control panel based on the programmable logic controller (PLC).

Principle of operation: cellulose crushed in the mill with superabsorbent enter the forming drum, then the partially formed absorbent insert undergoes embossing, pressing, pruning and enters the gluing unit of the protective layer. At the same time, a cuff is formed from a nonwoven material, in the block of formation of the lower layer on the polyethylene protective layer ("backshit"), leg gums are glued, the ADL distribution layer is cut. On the surface layer of nonwoven material glued cuff, distribution layer, absorbing the liner, blank protective layer (“backshit”), formed the contour of the product.

After that, a coating layer and a pre-formed belt are applied to the resulting workpiece, leg holes are cut out and fed to the next node for gluing parts of the diaper. Next, the final product is cut, which is fed into the assembly of longitudinal folding and dumping of defective products, where the finished product is folded in length for easier packaging of the final product.

Main technical characteristics: operating speed of the line 200 pcs / min; overall dimensions (DxShxV) 43.7x16.2x5.7 m.

GRI 1 and 6

The line is designed for manufacturing by twisting steel, aluminum and copper wires and cables.

Full description

The main component: torsion device for 6 cranes. The delivery kit also includes: transmitting device; guide for the central vein; caliber; metering counter; pulling device; stacking device; receiving device; operator control panel; electric control cabinets; protective fence.

Principle of operation: the central vein from the coil of the transmitting device extends through the guide to the central hole of the torque device and is fixed in the receiving device. In the torsion device, 6 coils with wire are installed, twisted veins stretch to the pulling device. Due to the rotation of the body of the torque device, which rotates the veins passing along it around the axis of the central vein, twisting is carried out. Further, through the caliber, meter and traction device, the finished product is moved to the cable layout device, where it is evenly spread over the entire area of the receiving coil fixed on the receiving device.

GRI 1 and 6

The line is designed for twisting a compacted uninsulated vein in the manufacture of multicore aluminum wires with a steel core, for curling and pressing round and sectoral veins of copper and aluminum wires.

Full description

The main components: torsion devices for 12 and 18 cranes. The delivery kit also includes: transmitting device; guide for the central vein; metering counter; pulling device; stacking device; receiving device; electric control cabinets; operator control panel; protective fence.

Principle of operation: the central vein from the coil of the transmitting device is stretched through the guide to the central hole of the first and second torsion device, then stretched through the pulling device and then fixed in the receiving device. Due to the rotation of the body of each torque device, which rotates the veins passing along it around the axis of the central vein, the cable is twisted. The workpiece passes the first twist on the first torque device, then moves to the caliber of the first torque device and then in a similar way the second winding of the workpiece occurs.

Then, through the meter and traction device, the finished product is moved to the cable layout device, where it is evenly spread over the entire area of the receiving coil fixed on the receiving device.

GRI 1 and 6

The air separation unit with a capacity of 20 t / h is designed for continuous separation of individual fractions of wood chips and sawdust carried by the air flow, based on their different specific gravity and size.

Full description

The equipment includes the following main components: air grader (to create two fractions of chips and separation of heavy particles), rotary valve (6 pcs.), radial fan (3 pcs.), hurricane cyclone, pneumatic transport pipes, control system (control cabinet - 3 pcs.), installation material. The technological process consists in dividing the technological shavings by air separation into three fractions (the fraction of conditioned (small) shavings, a large fraction and heavy particles (sand, metal inclusions, stones, etc.)); speed (due to injection by a radial fan) and the direction of distribution of the air flow (guide plates and two air distribution grilles) are selected so that large particles are deposited and smaller ones are carried away by the air flow.

The separable material falls from above into the separation chamber of the air grader on the upper air distribution grille, where the stirring blades constantly mix it and evenly distribute it over the surface; due to the mesh structure of the two air distribution grilles (upper - smaller, lower - larger) and the injection of radial air fan from below, a uniform distribution of air flow is created and the loaded chips begin to "boil" (the process of pseudo-liquefaction). At the same time, under the influence of gravitational forces and constant mixing by a stirrer, material of various sizes and specific gravity is divided into layers; larger and heavier particles are lowered to the bottom of the upper air distribution grid, and small fractions are moved to the top, where they are carried by air flow through pneumotransport pipes to a hurricane cyclone, in which, under the action of the centrifugal force of the air flow and gravity, they are transported to the unloading cone of the material; clean air leaves without shaving through the pipes of clean air as part of the cyclone.

The fraction of large particles that cannot be carried away by the air flow is removed by a slowly rotating stirrer to the outer edge of the separation chamber and removed from the air grader via the pneumatic transport pipe for unloading by a radial fan. Heavy particles (sand, stones, etc.) freely pass through the air distribution grids, are poured to the bottom of the air grader and fall into the drainage trough for transportation by a screw conveyor (part of the grader) into the dump. Control and control of the technological process is carried out by a PLC-based control system (installed in one of the three cabinets).

GRI 1 and 6

Самоходный погружной робототехнический комплекс предназначен для выполнения ремонтных и модернизационных работ с кабельными трассами в грунте морского дна на глубине до 1500 м.

Full description

Комплекс имеет подводную часть, представляющую собой самоходное устройство (робот) состоящее из алюминиевого остова рамного типа со встроенными гидравлическими магистралями (габариты (Д*Ш*В) 3,8*4,0*2,8 м ± 10%), на котором установлены следующие основные элементы: гидравлическая установка на базе электро-гидравлического насоса с ресивером для обеспечения работы основных компонентов робота (300 кВт, 280 Бар); основное исполнительное устройство в виде двух гидравлических манипуляторов, имеющих семь степеней свободы (подвижности) для выполнения различных операций с кабелем при помощи сменных двухточечных захватов или кабельным резаком гильотинного типа; инструмент гидравлического размыва грунта (два гидравлических «ножа» с форсунками подачи струи воды под высоким давлением (280 Бар), размывающий донную породу, образуя траншею глубиной до 1,5 м); инструмент для механического засыпания траншеи грунтом морского дна (опускаемая рамка с металлическим скребком); захватный гидравлический кабельный крюк длиной 1,5 м для захвата кабеля; гусеничное шасси (2 гусеничных модуля с гидравлическими моторами, закрепленных по обеим сторонам шасси, шириной 0,5 м) для перемещения робота по морскому дну; реверсивные гидравлические поворотные винто-лопастные движители (трастеры) обеспечивающие устойчивость робота в водном потоке (4 трастера установлены в горизонтальной плоскости, 2 трастера установлены в вертикальной плоскости); блоки из вспененных пластмасс секционного типа для снижения веса робота в воде; оборудование видеонаблюдения и освещения рабочей зоны для обеспечения безопасной работы на морском дне (двенадцать камер видеонаблюдения, восемь светильников); датчик измерения скорости подводного течения; импульсно-индукционное устройство отслеживания места расположения кабеля в грунте морского дна для обеспеченния движения робота по пути прокладки кабеля; альтиметр для измерения глубины размыва; датчик давления для определения глубины погружения робота; датчик динамических перемещений (гирокомас) для синхронизации работы спуско-подъемного устройства и трастеров и предотвращения опрокидывания во время спуска-подъема и на дне; гидролокатор кругового обзора для предотвращения столкновений с препятствиями и передачи информации в пункт удаленного управления.

Надводная часть, состоит из: пункта удаленного управления для постоянного контроля и управления процессами ремонтных и модернизационных работ, проводимыми роботом на морском дне (пункт управления оснащен креслами для работы двух операторов с расположением лицом к видео панели, состоящей из восьми мониторов, распределительных секционных шкафов с программируемыми логическими контроллерами (ПЛК), системами обработки, визуализации и графического изображения; управление роботом осуществляется при помощи двух сенсорных клавиатур и джойстиков); распределительного пункта электроснабжения состоящего из дизельной генераторной установки в контейнерном исполнении мощностью 1000 кВА (220/400 В, 1800 А) и выносного шкафа распределения электроэнергии для обеспечения питания оборудования; спуско-подъемного устройства, обеспечивающего спуск и подъем робота к месту проведения ремонтных и модернизационных работ, состоящего из наклонной П-образной рамы с забортной траверсой и двумя гидроцилиндрами с пультом управления; гидравлической лебедки с армированным стальным тросом с сердечником состоящим из электрических и оптоволоконных проводников длиной 2500 м, диаметром 40 мм.

Принцип работы. При помощи спуско-подъемного устройства робот опускается на морское дно и приводится в движение операторами с помощью системы дистанционного управления робота, с которой оно соединено кабелем, путем использования джойстиков пульта управления, осуществляется контроль за действиями робота с помощью системы видеомониторов, на которые подается изображение с пяти камер рабочей зоны. Робот движется по морскому дну с помощью гусеничных шасси, монтируемых по боковым сторонам остова устройства (максимальная скорость движения – 4 узла).

Комплекс датчиков и контрольно-измерительных приборов для оценки окружающий обстановки позволяет операторам получать сведения о глубине погружения, водных потоках, препятствиях на пути устройства, а также отслеживать ремонтируемый кабель в месте его расположения в грунте морского дна. Основные ремонтные и модернизационные работы с кабельными трассами в грунте морского дна осуществляются с помощью гидравлических манипуляторов робота, оборудованных сменными двухточечными захватами. При необходимости резки кабеля применяется кабельный резак, заменяющий стандартный двухточечный захват в манипуляторе робота.

Инструмент гидравлического размыва грунта робота с помощью разнонаправленных струй воды под высоким давлением позволяет образовать траншею глубиной до 1,5 м, а на завершающем этапе с помощью инструмента для механического засыпания траншея засыпается.

GRI 1 and 6

The line ... is designed to perform surface installation of LED chips on an aluminum-based printed circuit board.

Full description

The line consists of the following main components: semi-automatic screen printer ...; transmission conveyor ... (2 units); machine for selection and placement ...; furnace ....

Principle of operation: on a semi-automatic screen printer solder paste (a mixture of flux and lead-free solder based on tin) is applied to the surface of the printed circuit board on a finished stencil. Further, the board is moved to the transfer conveyor, from where it comes to the central panel of the selection and placement machine, where the positioning and installation of the SMD component (LED chip) on the board with the paste applied is carried out using the optical system. Then the board mounted with the chips is moved by the transfer conveyor to the furnace, where by heating the solder paste is melted and the connection of the printed circuit board with the SMD components placed on its surface is provided.

At the final stage, printed circuit boards are unloaded from the furnace for further transportation.

Technical characteristics: line performance - 150000 - 170000 SMD components per hour; PCB size: from 120x100x0.5 mm to 1200x330x0.5 mm.

GRI 1 and 6

The line is designed to perform surface ...-mounting of LED chips on a 1500 mm board.

Full description

The line consists of the following main components: semi-automatic screen printer ..., machine for selection and placement ..., transmission conveyor ... (2 pcs), oven ...

Principle of operation: on a semi-automatic screen printer solder paste (a mixture of flux and lead-free solder based on tin) is applied to the surface of the printed circuit board on a finished stencil. Then the board on the transmission conveyor is moved to the machine for selection and placement, where the optical system is positioned and installed SMD component (LED chip) on the board with the applied paste. Then, the board mounted with the chips along the transmission conveyor is moved to the furnace, where the paste is melted by heating the solder, and the connection of the printed circuit board with the SMD components placed on its surface is provided.

At the final stage, printed circuit boards are unloaded from the furnace for further transportation.

Technical characteristics: performance of 40000 components per hour, the thickness of the printed circuit board from 0.5 to 5 mm.

GRI 1 and 6

Line for the production of sandwich panels, model ... is designed for the manufacture of three-layer metal sandwich panels with insulation from mineral wool plates (it is also possible to use foam boards).

Full description

Main components: unwinders (4 trolleys for 4 unwinders, 4 unwinders - 2 upper and 2 lower, 2 blocks of coating with a protective plastic film of metal - 1 upper, 1 lower); 2 devices for cutting edges for the upper and lower rolls (min 5 mm, Max. 300 mm); rolling system (profiling machine for the production of platforms and panels, 5 seats for different profiles and 3 sets of shafts for each sheet, Profiling machine for the production of roof panels, the mono-panel profiling machine, rails ... for rapid replacement (movable on rail type), transporters of upper and lower molded steel; mineral wool supply system, including adhesive system for the top and bottom (set); double press lamination system (roller press conveyor length of 18 meters, divided into 2 sections of 9m, with separate rise/lowering, idling transporter; cutting unit (tape saw for cutting panels, dust-suction unit high-speed output conveyors, node of automatic lining of polystyrene foam slides under the panel, automatic panel stacking system, automatic stretch packaging system, unloading conveyors with a conveyor from a steel profile, Electrical equipment – automation systems for attached units.

The technological process of panel production consists of the following operations. Installation of rolls of thin-sheet rolls on the trolleys of the unwinding device; setting the program and starting the line; trimming the edges of the metal tape; application of a protective film by means of a clamping roller; profiling of metal tapes and formation of docking locks; supplying mineral lamellas to the assembly site of the panels; applying glue to the upper surface of the bottom sheet; laying of lamellas; applying glue to the surface of lamellas; turning on a roller press to hold the panel under pressure in order to obtain a continuous glued sandwich panel; cutting tape.

Type of production: continuous. Thickness of finished panels: up to 350 mm. Production speed: 8m/min. Delivered unassembled.

GRI 1, 2(a) and 6

... is a machine in a single metal body on wheels with a control display console.

Full description

It is designed to functionalize surfaces (change the properties of the treated surface) using cold atmospheric plasma technology (plasma deposition), by applying nanocoatings to various substrates. The machine is equipped with an injection system (gas flow sprayers - 4 pcs.), plasma heads (2 pcs.), exhaust fan, transformer and current generator, mass flow meters (4 pcs.), built-in air pressure regulator and air preparation (drying) system, integrated MPG software, touch screen for control and control panel, nozzles for processing extended products (10 pcs.).

Principle of operation: molecules of chemicals, mainly organic (hereinafter - precursors, molecules), are applied directly to any surface (substrate) in a one-step, without the use of solvents, the process of processing with atmospheric plasma at room temperature (hereinafter - low-temperature plasma); equipment generates low-temperature plasma between electrodes, into which precursor molecules are introduced by spraying; under the action of plasma, the treated surface and applied molecules are activated, as a result of which the molecules covalently bind to the surface, forming no coating for a long time.

Technical specifications: types of treated surfaces - surgical threads, fibers, Nonwoven materials, plastics, metals, glass elastomers, natural materials, Thermosensitive materials, etc.; types of chemical substances applied to the surface - organic molecules (primary amines, epoxides, isocyanates and organosiloxanes, complex biomolecules (antibodies) peptides, proteins and DNA; antibacterial and antiviral formulations, nanoparticles; the maximum size of the treated substrate - A4 and thickness - 15 cm; types of plasma gases used - N2 (nitrogen), Ar (argon), He (helium), air, mixtures of CO2 (carbon dioxide), etc.; applicable applied substances (precursors) - gases, liquids, fluid mixtures, solutions variance, etc.

GRI 1 and 6

The torsion line is designed for twisting round conductive insulated and uninsulated copper veins, followed by winding tapes of various materials.

Full description

The main components of the line: a portal-type transmitting device ...; a portal-type receiving device ...; a rolling machine ...; a calibrator; a tape-winding head; a meter counter; a two-wheeled pulling device ...; a control system based on a programmable logic controller (PLC).

Principle of operation: from the dispensing device, a blank of uninsulated copper wire / insulated vein is stretched across the line. At the same time, six other uninsulated copper wires/insulated veins are installed in the bagel machine, which also stretch across the line. Then on the bagel machine, with the help of the rotation of the electric motor, arcs are set in motion, which, rotating around the giving drums, twist the conductors according to the 1 + 6 scheme. Next, the twisted uninsulated copper wire / insulated vein passes through the tape head, where it is wrapped with steel, copper, polyester, non-woven or composite tapes.

Then the twisted vein passes through the calibrator, where it acquires the necessary round shape. At the final stage, the finished product passes through the meter and with the help of a pulling device enters the portal type receiving device.

The main technical characteristics: the configuration of the twisted veins - 7 "1 + 6"; the diameter of the wire at the output up to 30 mm; the speed of rotation in the bagel cage 180 rpm.

GRI 1 and 6

Технологическая линия с коутером (с 14 станциями)

Full description

(далее- линия) предназначена для нанесения каталитического покрытия на заготовки (керамические субстраты) для получения готового продукта - каталитических блоков. Принцип нанесения покрытия основан на погружении субстрата в ванну с суспензией, содержащей каталитические компоненты, протяжке суспензии внутри субстрата вакуумным способом, с последующей сушкой и обжигом. Основные компоненты: коутер (устройство с вращающимся столом, на котором размещены 14 станций); робот №1; устройство предварительной сушки; робот №2; обжиговая печь (кальцинатор); устройство для лазерной маркировки субстратов (для контроля техпроцесса); считыватель кодов (2 шт.); загрузочный конвейер; конвейер неквалифицированного материала; шкаф управления коутером, шкаф управления предварительной сушкой; шкаф управления обжиговой печи; мобильный резервуар для суспензии; робот №3; конвейер для квалифицированных продуктов; конвейер для неквалифицированных продуктов; ферменный манипулятор №1; струйный принтер (для маркировки готовой продукции); ферменный манипулятор №2; ферменный манипулятор №3; весовая платформа; переходной рабочий стол; электронная рабочая станция (компьютер), комплект сменных захватов для субстратов разных форм и размеров.

Функции рабочих станций коутера: загрузка/выгрузка субстратов; взвешивание субстрата; нанесение первого слоя покрытия на субстрат; продувка; взвешивание субстрата; сушка покрытия; охлаждение; взвешивание субстрата; нанесение второго слоя покрытия на субстрат; продувка; взвешивание субстрата; сушка покрытия. После коутера заготовки подвергаются предварительной сушке, обжигу, нанесению маркировки, весовому контролю. Все перемещения заготовок и готовой продукции осуществляются в автоматическом режиме при помощи конвейеров, роботов и ферменных манипуляторов.

Загрузка субстратов на загрузочный конвейер, выгрузка готовой продукции и выгрузка несоответствующих требованиям (неквалифицированных) материалов и продукциии осуществляется вручную. Производительность линии: не менее 60 блоков каталитических в час.

Поставляется в частично разобранном виде

GRI 1, 2(a) and 6

Установка предназначена для изготовления гранулированной серы из её расплава (жидкой серы).

Full description

Состав: фильтр жидкой серы – 2 шт.; каплеобразователь – 2 шт.; вытяжной вентилятор – 2 шт.; стальной ленточный охладитель с бесконечной лентой охлаждения – 2 шт.; система коррекции отклонения стальной ленты – 2 шт.; система разделительного агента – 2 шт.; смеситель приготовления антиадгезива; емкость оборотной воды; насосы охлаждающей воды – 2 шт.; пластинчатый теплообменник; упаковщик гранул с устройством маркировки данных о весе, лотковым питателем, весовым бункером, конвейерной системой, платформами обслуживания с ограждениями и лестницами; разгрузочный бункер; ковшовый питатель с пылеуловителем.

Установка поставляется в комплекте с трубопроводами и фланцами в количестве, необходимом для соединения оборудования и монтажными материалами для сборки и первого пуска. Принцип работы: расплав серы в жидком виде (температура ~138⁰C) подается в гранулятор по обогреваемому трубопроводу с помощью насоса (в объем поставки не входит); сера попадает во внутреннюю неподвижную часть гранулятора (каплеобразователь), где при сопоставлении ряда отверстий внешнего перфорированного кожуха с рядом отверстий распределительного устройства, встроенного в статор, небольшое количество расплава серы в виде правильных капель из гранулятора переносится на стальную ленту конвейера-охладителя; образующееся, в ходе охлаждения гранул, тепло отводится через поверхность стальной ленты и поглощается охлаждающей водой, разбрызгиваемой через форсунки на ее внутреннюю поверхность; в целях предотвращения прилипания серы к стальному полотну на полотно предварительно наносится антиадгезив; в конце конвейера-охладителя готовые гранулы снимаются со стальной ленты, передаются на сборочный конвейер и поступают на упаковку.

Оборудование поставляется в разобранном виде для удобства транспортировки.

GRI 1, 2(a) and 6

The transportation frame is designed for positioning and moving the double inner sparrow blade of the wind turbine and is a prefabricated five-segment structure made of a metal profile in the form of a rectangular parallelepiped with dimensions of 50.16x1.5x1.8 m (DhShV).

Full description

The composition of the equipment: frame segments (with mounted vacuum, pneumatic systems, control cabinets and electricity) - 5 pcs., installation racks - 10 pcs., the guide beam of the installation racks - 3 pcs., docking brackets - 12 pcs., pneumatic cylinder for rotary docking brackets - 3 pcs., rotary grippers - 34 pneumatic cylinder with bracket for rotary grippers - 34 pcs., locking grippers - 22 pcs - 12 pcs.

Principle of operation: with the help of pneumatic rotary and locking grips, the sparrow blade is fixed on the transport frame; fastening of the sparrow is provided by vacuum suction cups of rotary grips; then the frame, together with the sparrow of the blade, is raised with a crane beam (not included in the volume of delivery) and moves to the main form, where the spar is connected to the main surface of the blade; the frame is equipped with a positional lowering and lifting system (screw jacks), which allows to lift the transport frame without a crane for transportation purposes of transportation in the lone, returns to the lobe after the lobe.

The equipment is supplied in a partially disassembled form.

GRI 1, 2(a) and 6

The line is a single complex of equipment with a single control system, designed to assemble engines with a working volume of 2.5 liters and delivered in disassembled form.

Full description

The equipment consists of the following main components: cantilever crane (CBC), installed permanently on special racks (the use of KBC for another technological process is impossible); assembly line conveyor system; post-assembly line conveyor system; assembly line of the shaky-piston group; trolleys for refinement (movement of defective parts), which welded section of the conveyor assembly of engines (the use of the trolley for operations not related to engine assembly is impossible); control system. The assembly line conveyor system, the post-assembly line conveyor system (conveyor systems belong to roller conveyors) and the assembly line of the shaky-piston group are workstations for performing a certain operation - installation on the engine blocks (workpieces) of the corresponding engine component.

Also, these nodes of the line include pallets with lodgings for engines (special products designed to move engines along the main assembly line), as well as electric and pneumatic tools for assembly connected to the general pneumatic / electrical system of the line and located in special holders welded to the metal structures of the equipment.

Principle of operation: blocks (workpieces) of engines with the help of KBC are moved from the electric forklift (not included in the delivery) to the line. The movement of the engine workpiece along the conveyor system from the station to the station occurs automatically, at this time the operator manually installs the necessary engine components on the workpieces and fastens them using electric and pneumatic tools installed in special holders. The finished engine is removed using KBC and sent to the warehouse of finished products.

GRI 1, 2(a) and 6

Машина предназначена для производства женских гигиенических прокладок (с «крылышками»).

Full description

Основные компоненты и узлы: оборудование формирования впитывающего слоя из целлюлозы и суперабсорбента; автоматические размотки для рулонных материалов; клеевые станции; узлы резки и запайки; узел сложения и индивидуальной упаковки; система аспирационных конвейеров; несущий каркас с защитными дверьми; пульт управления; упаковочный блок; вспомогательное оборудование (в том числе: электрические шкафы, воздуховоды с вентиляторами, электрические кабели, трубопроводы, фильтровальные мешки, глушители, компрессор с ресивером, бункер сбора отходов).

Все компоненты и узлы смонтированы на едином каркасе. Машина работает в автоматическом режиме. Управление осуществляется с сенсорного экрана пульта управления. Принцип работы: Измельченная в мельнице целлюлоза вместе с суперабсорбентом поступают в формирующий барабан для образования впитывающего слоя. Далее уплотнением задается толщина центрального (впитывающего) слоя, и верхний, центральный и нижний слои склеиваются между собой. Затем на нижний (защитный) слой наносится силиконизированная бумага с клеем. После чего вырубается готовое изделие в виде прокладки «с крылышками».

«Крылышки» подворачивают и на них наносится силиконизированная бумага с клеем. Далее изделие сворачивается втрое, упаковывается в индивидуальную упаковку из пленки, запаивается и подается на упаковочный узел, где производится упаковка в полиэтиленовый пакет в количестве по 8-10 штук. Расчетная производительность 600 шт./мин.Поставляется в частично разобранном виде.

GRI 1, 2(a) and 6

Hydrobattery is a steel container with a volume of 2 liters c wall thickness of 0.8 mm, used in heating and water supply systems when pressure changes inside systems by accumulating (returning) liquid.

Full description

The kit includes the following components: expansion tank, flange, rubber membrane unit, which is a mechanical device designed to transfer pressure between liquid and gas, as well as the separation of liquid and gas.

The principle of operation: with an increase in pressure in the water supply (heating) system, excess water from the system enters the accumulator. When the pressure in the system decreases, water from the accumulator under the action of the membrane enters the system.

GRI 1 and 6

The rivet unit is designed to connect parts of aerospace technology by installing rivets by their plastic deformation.

Full description

A pneumatic cylinder is used in combination with a pneumatic hydraulic unit to press rivets of various sizes and types.

The principle of operation is as follows: the jaws of the "crocodile" type (not included in the delivery kit) are brought only by hands or with the help of a lifting mechanism to the place of fastening, the operator presses the "start" key on the cylinder, while the extension of the piston rod and the rivet deformation under the action of hydraulic fluid, after the completion (or cancellation) of the riveting process, the piston returns to its original position under the action of compressed air. The installation is connected to the factory compressed air network.

GRI 1, 2(a) and 6

The vibratory floor is installed in a warehouse (silos) of finished products of the dome type, which is a frameless structure of reinforced concrete in the form of a hemisphere with a diameter of 60 meters and a height of 34 meters, and is designed to create wave vibrations in order to unload loose materials from the silo.

Full description

The equipment is supplied in a partially disassembled form and consists of the following main components: independent vibration modules with three types of engines; control system; cables, fasteners and tools in the amount necessary for the assembly and installation of the vibropolis. Each vibromodule consists of a steel frame and a steel plate based on compression springs driven in oscillatory motion by an electric vibromotor.

The principle of operation of the vibropolis consists in destabilization by means of mechanical vibrational influence on the slopes remaining in the depth of the silo after the gravitational phase of unloading the product.

GRI 1, 2(a) and 6

A hydraulic hammer is a recoilless system designed to extract metal bolts fastening the lining of the mill.

Full description

Delivered unassembled.

The main components: hammer, impact bar (2 pcs.), hydraulic station (2 pcs.), suspension frame, support leg (4 pcs.), winch.

The package includes a boom, rack, counterweight, high-pressure sleeves, a magnet for fixation, as well as fastening and mounting elements in the amount necessary to assemble the system.

Principle of operation: with the help of pressure of the accumulator, the piston strikes the tool, which, in turn, hits the end of the bolt, knocking it out of the lining of the mill. The hydraulic station, by increasing the pressure of the oil, provides a return stroke of the piston for the subsequent single impact. The design and weight of the hammer involves its placement on a suspended frame or cantilever crane using a cable, winch and hook with a lock.

Technical characteristics: one hammer and one hydraulic crane or one hydraulic winch is connected to one hydraulic station, the hammer weight is 400 kg, the winch carrying capacity is 500 kg, the hammer impact power is 2000 J., the power is 18 kW, the material (rigidity) of the knocked bolts is 40X (8.8).

GRI 1, 2(a) and 6

The line is designed for the production of female urological pads of four sizes.

Full description

The line consists of the following main components: the frame (frame) of the equipment, the cellulose loading unit, the cellulose mill, the system of forming drums, the feeder of the superabsorbent, the cut-out unit of the distribution layer, the glue unit, the embossing unit of the absorbent channels, the unwinding unit of the nonwoven fabric of the upper layer, the unwinding unit of the protective layer, the calibration unit of final cutting, the product folding unit; the formation of the individual packaging, the air cleaning system, the control system.

Principle of operation: cellulose crushed in the mill with superabsorbent enter the forming drum to form an absorbent layer (inlay). Further, a protective and surface layer, a given pattern and internal embossing are applied to the insert. Then a silicone paper with glue is applied to the protective layer. Next, the products are cut, folded and packaged in individual packaging.

Main technical characteristics: design speed of the line 220 m / min; overall dimensions (DxShxV) 34x10.4x5.8 m.

GRI 1 and 6

Ultrasonic washing is designed for cleaning from contamination with the help of ultrasound products made of metal, plastic and glass (for example: gold jewelry, watch bracelets, earrings, dentures, glasses, etc.).

Full description

It consists of the following main components: plastic case (size 190 x 125 x 100 mm) with a lid; stainless steel tank (size 155 x 90 x 50 mm); piezoelectric converter (emitter) and ultrasonic generator; control board with indicators and handle; power cable (length 1.1 m).

Principle of operation: water is poured into the tank of the ultrasonic wash and a product requiring cleaning or disinfection is placed, the necessary cleaning time of the product is set with the help of the control handle (3, 5 or 8 minutes), electrical high-frequency energy created by the ultrasonic generator is transformed into mechanical energy using piezoelectric converter (emitter) systems and enters the tank. As a result of this process, air bubbles are formed, which collapse due to the alternation of low and high pressure waves that occur during the operation of the ultrasonic apparatus.

Technical characteristics: the device operates from an alternating current network with a voltage of 220 - 240 V, a frequency of 50/60 Hz; power 50 W; weight 0.7 kg.

The goods are supplied assembled in a corporate cardboard box with an indication of the name, model, trademark on it, complete with a stand for cleaning watches, a basket for cleaning various products.

GRI 1 and 6

Магазинная насадка предназначена для быстрого закручивания саморезных шурупов, шурупов для деревостружечных плит и шурупов по дереву, установленных в ленту (обойму шурупов).

Full description

Магазинная насадка состоит из пластикового корпуса и подвижной подпружиненной металлической части, перемещающейся внутри корпуса. Корпус магазинной насадки имеет приемное отверстие со шлицами, благодаря которому магазинная насадка фиксируется без возможности проворота на корпусе электроинструмента. На корпусе магазинной насадки имеется направляющая для обоймы шурупов. Внутренняя часть магазинной насадки включает в себя элементы для подачи шурупа из обоймы в зону закручивания шурупа, а также штифт для настройки длины шурупа и колесико для настройки глубины закручивания шурупов.

При подготовке к работе оператор устанавливает специальную биту-насадку (входит в комплект поставки) в патрон электроинструмента и надвигает магазинную насадку по бите на корпус электроинструмента до упора. После этого оператор устанавливает обойму шурупов (не входит в комплект поставки) в магазинную насадку. При работе оператор приставляет электроинструмент к месту закручивания шурупа, включает электроинструмент с установленной насадкой в режиме завинчивания и давит на электроинструмент при этом бита-насадка входит в шлиц шурупа и шуруп вкручивается в обрабатываемую поверхность.

При отведении электроинструмента от обрабатываемой поверхности подвижная часть магазинной насадки возвращается в начальное положение под действием пружины и обойма с шурупами подается на один шаг вперед, в результате следующий шуруп устанавливается на оси биты-насадки и готов к вкручиванию. Магазинная насадка предназначена для работы только с шуруповертами (ручными электроинструментами), не является частью шуруповертов.

Технические характеристики: длина специальной биты-насадки - 145 мм. Вес магазинной насадки – 360 грамм, размеры – 201 х 121 х 55 мм.

Товар поставляется в одноразовой картонной коробке.

GRI 1 and 6

The production line for the manufacture of a 3-layer shock-wave tube (hereinafter - the Line) is a set of equipment designed for the manufacture of a system of non-electrical initiation of the charge of an explosive substance (hereinafter - BB), consisting of an internal plastic tube (first layer) with a thin layer of BB (a mixture of octogen 90% with aluminum powder 10%), which is used to create a detonation wave, a second (intermediate) and a third (protective) layer of the polymer.

Full description

The line consists of the following main components: automatic for drying and feeding the polymer; protective system supplying the mixture of VB; extruder (3 pcs.); cooling system (2 pcs.); device for continuous control over the outer diameter by means of a laser system (3 pcs.); mechanical traction device (2 pcs.); installation for drying and dehydration, hood (2 pcs.); cooling and extraction system after combining the polymeric second and third layer; installation for drying, Circus dehydration of the third layer and thermal stabilization, reducing the memory of shock waves; installation of the water pulp (f; installation for the pulp for the water pulp; pulp (f; installation for the pulp for printing);

The line carries out the following main technological operations. (1) Drying and feeding polymer pellets to the first extruder to obtain the first layer of SHT; (2) supplying the container with BB to the dosing system for application by means of a dosing roller and a vibrating needle of the mixture BB to the inner surface of the first layer of SVT at the time of its formation on the head of the first extruder; (3) cooling and drying of the first shell of the IB tube; (4) extraction and elongation of the first layer of SWT after the extruder;

(5) drying and dehydration of the first layer of SHT; (6) extraction of the first SHT layer from the drying and dehydration device; (7) the application of the second and third polymer layers of the tube with two extruders, layers are extruded simultaneously through the combining head; (8) cooling and extraction of the SWT after the combination of the second and third layers; 9) formation, lengthening drying dehydration, thermal stabilization, reduction of memory of UVT; (10) the hood of the finished UWT. Then the finished UVT passes the stage of quality control by external diameter, is marked, the spark is checked, the UVT is wound onto a coil on which the label is printed for identification.

The line is controlled by a control panel.

GRI 1 and 6

A line for the production of decorative paper-layer plastic designed for the manufacture of single- and double-sided decorative paper-layer plastic (hereinafter - DBSP) with a thickness of 0.6-20.0 mm through exposure to high pressure and temperature.

Full description

The line consists of the following main components: a multi-storey hydraulic press; a hydraulic station; a system for loading / unloading press packages into the press; a system for storing and supplying loading sheets with a set of loading sheets; a press package processing system; a raw material supply system; a system for supplying and stacking finished products; a hot water heating system; a cold water system; a pump station; an automatic control system; a set of connecting cables for connecting equipment. The equipment is supplied in disassembled form.

Principle of operation: pre-typed press packages (package of films, craft papers, decor, press pads) are laid on the loading sheets and enter the conveyor of the press loading / unloading system. Dialed press packages on the loading sheets are loaded into the press. The operator sets the necessary temperature (depending on the thickness of the compressed DBS), starts the pressing cycle, during which the stages of heating, exposure, cooling pass. A water circulation system is used to ensure the work of the press. After the end of the pressing cycle, the press is opened, press packets with pressed DBS are removed and sent along the conveyor to the processing area of the press package.

After removing the pressing, ready-made sheets of DBSP enter the supply and stacking zone of the finished product, where the sheets are laid on pallets.

Technical characteristics: the number of floors of the press - 20 pcs., the size of the heating plates (DhShhT) - 4350x1750x60 mm; the coolant - superheated water 200 ° C; the total pressing force - 6946 tons; the closing / opening speed of the press - 2000 mm / min.

GRI 1, 2(a) and 6

The site of the forming station is intended for the formation of fibre pulp in a fiber carpet and its transfer to the press unit (not included in the delivery kit).

Full description

The equipment consists of the following main components: adhesive kitchen (glue preparation site), fiber separator, vacuum molding machine forming a vacuum system for removing air from the carpet, forming a conveyor with a pressurizer, aspiration site, control system, tools necessary for assembly.

Principle of operation: fibre pulp, dried in the drying complex (not included in the delivery), is transported to the fiber separator to separate substandard wood particles. Then the rest of the fiber mass is moved to the vacuum molding machine. At this stage, adhesive composition prepared in a glue kitchen is added to the fiber mass. In a vacuum molding machine, the fibre mass enters the lower and mesh belt conveyors, where the fibre mass is formed into a fibre carpet. Then, air is removed from the carpet using a forming vacuum system, after which the carpet is moved to the forming conveyor, where the remaining air is removed from the carpet using a pressurizer.

Further, the compressed fiber carpet with the help of disk saws is trimmed to the required size. The finished formed carpet is transported to the press unit (not included in the package). Also, the composition of the forming conveyor includes a machine for processing carpet waste, which moves the fibre material into a pneumatic transport for removing the erroneous embankment carpet, which is part of the aspiration site, where, with the help of a cyclone separator, the wood fibre material is moved to the storage bin of the fibre carpet material of the erroneous embankment (not included in the delivery kit).

GRI 1 and 6

The machine is designed for coloring and fixing cytological preparations and blood smears on subject glasses by a group method according to a given technological program using reagents for further microscopy.

Full description

The machine consists of the following main elements: a technological unit with a ventilated work chamber (drying station, a station with a flowing bath, a manipulator hand, a manipulator casing, a manipulator capture, an upper part of the device, a positional disk), a touch screen, a control unit, a cover.

Principle of operation: the technician installs baths with reagents in the working chamber at process stations in accordance with the processing program. Next, the technician manually places object glasses with samples of human cells (punctures, brush strokes, scrapings) in tripods. The tripods are automatically loaded into the machine’s working chamber at parking stations using a manipulator. After loading, the machine begins to perform a technological program: the arm of the manipulator moves tripods with glass from the station to the station where the baths with reagents are located, and technological operations are performed (fixation, painting, washing, drying).

Automatic diagnostics, analysis, tests does not carry out and is not intended for processing the results of research. The machine only lowers a tripod with strokes on the glass in a bath with a particular reagent, in a drying bath or in a bath with running water. After performing operations, the painted glass with samples is sent to the microscopist for further work. Included with the machine comes: tripod ShV-25 (for 25 glasses 76x25x1 mm) - 2 pcs., the insert for subject glasses - 2 pieces, a tripod for the liner - 2 pcs, blotter, bath for reagents with a lid BB-25-PP with a lid - 10 pcs., bath for reagents with a lid BB-25-POM with a lid - 10 pcs., water hose, water hose clip, corrugated drain hose, flexible ventilation channel, clamping for the ventilation channel - 2 pcs.

The main technical parameters: the maximum number of painting techniques 32, the maximum number of operations in the painting technique 30, power machine (220 V, 50 Hz), overall dimensions 530x570x335 mm, machine weight 22 kg. The machine is packed in a box of corrugated cardboard and in a sleeve of plastic film.

GRI 1 and 6

Оборудование представляет собой гидравлический подвесной молот с рабочей сменной ударной штангой с точным ручным манипулированием, из-за большого веса подвешиваемый на подвесную стационарную раму на опорах посредством крюка с фиксатором.

Full description

Молот предназначен для выбивания изношенных футеровочных болтов при демонтаже футеровок рудоразмольных мельниц в горнодобывающей и горно-обогатительной промышленности. В состав оборудования входят следующие основные компоненты: молоток для снятия болтов в комплекте с ударными штангами (1 шт. – диаметром 30-45 мм и длиной 400 мм, 1 шт. – диаметром 30-45 мм и длиной 600 мм); гидравлическая станция в комплекте с рукавами высокого давления (2 шт.); подвесная рама на опорных лапах (4 шт.) в комплекте со стрелой, стойкой, подъёмной лебедкой и противовесом; поставляется в комплекте с принадлежностями для монтажа и пуско-наладки.

Конструктивные особенности: гидравлический подвесной молот и подвесная рама (гидравлическое подвесное устройство) подсоединяются к гидравлической станции (гидравлический источник питания для всего оборудования) через полимерные рукава высокого давления; гидромолот соединяется с подвесной рамой посредством двойного стального троса, проходящего от подъемной лебедки сквозь телескопическую стрелу, через одношкивный блок на ее конце и охватывающего шкив стального подъемного крюка с фиксатором; гидромолот подвешивается на крюк через проушины (горизонтальный или вертикальный).

Принцип действия: оператор с помощью подвесной рамы осуществляет позиционирование ударной штанги молота относительно торца футеровочного болта футеровки мельницы; при нажатии оператором рычага, расположенного в верхней части молотка (рабочего органа молота), происходит единичный удар ударной штангой по торцу болта демонтируемой футеровки, таким образом выбивая болт из футеровки мельницы; при возврате ручки рычага в исходное положение автоматически осуществляется взвод бойка молотка для следующего удара; управление и контроль технологического процессса осуществляется шкафом управления гидравлической станции.

Технические характеристики: вес молота 675 кг, грузоподъёмность лебедки 800 кг, габариты подвесной рамы 5040х3760х3020 мм, ударная мощность 1500 Дж, частота удара 60-100 раз/мин, давление 150-180 бар, мощность 18,5 кВт.

GRI 1, 2(a) and 6

The production line for the manufacture of gaskets (hereinafter - the line) is designed for the production of disposable sanitary pads for women, consisting of several interconnected nodes (blocks) performing technological operations in order to obtain the final product of the specified sizes.

Full description

The main components: servo drive system, cellulose mill, drum molding unit (2 pcs.), adhesive system, pressing unit, embossing unit (2 pcs.), cutting unit (4 pcs.), reversal device, folding unit (2 pcs.), control system.

Principle of operation: after loading the superabsorbent and mixing it with crushed cellulose, the mixed mass is fed into the working area of the drum molding unit to form an absorbent layer (iner) after leaving which it is subjected to pressing. Then on the absorbent layer (insert), the surface layer and protective layer are formed, as well as the application of a given pattern. At the cutting unit, the semi-finished product is cut into separate parts and unfolded 180 degrees with a turning device. Next, the folding of the "wings" of the gasket inside for the surface layer to which the silicone paper is glued.

The resulting semi-finished product unfolds at 90°, is fastened with unwound polyethylene film and folded into a packaging film in a vacuum chamber. After the formation of individual packaging, the resulting products are cut into individual finished products and fed to the exit from the working area of the line. Control and setting of nodes (blocks) of the line in motion is carried out using a common system with a graphics touch monitor. The line is delivered in disassembled form. The main nodes (blocks) of the line are connected to each other by a bolt connection.

Main technical characteristics: operating speed: 800 pcs / min., power supply: 380 V, dimensions of products: 225 mm and 280 mm, overall dimensions (DhVhSh) 27.6 x 4.6 x 9 m.

GRI 1, 2(a) and 6

The self-propelled submersible robotic complex (modernized) is designed to perform repair and modernization works with cable tracks in the seabed soil at a depth of up to 1500 m.

Full description

The complex has an underwater part, a self-propelled device (robot), consisting of a frame-type aluminum backbone with built-in hydraulic lines (dimensions 4.34 4.30 3.05 m) on which the following basic elements are installed: a hydraulic installation based on an electro-hydraulic pump with a receiver for driving the main components of the robot (170-200 kW, 3.3 kV); main actuator in the form of two hydraulic manipulators, having seven degrees of freedom (mobility) to perform various operations with the cable using interchangeable point-to-point grippers or a guillotine type cable cutter; a tool for hydraulic soil erosion in the form of two hydraulic "knives" with nozzles supplying a jet of water under high pressure, bottom-blurring forming a trench with a depth of 1.5 m; tool for mechanical filling of the trench with the soil of the seabed (lowered frame with a metal scraper); grip hydraulic cable hook with a length of 1.5 m to capture the cable; tracked chassis (2 tracked modules with hydraulic motors, fixed on both sides of the chassis, 0.5 m wide) to move the robot on the seabed; reversible hydraulic rotary propellers (trasters), ensuring the stability of the robot in the water flow (4 tresters are installed in a horizontal plane, 2 tresters are installed in a vertical plane); blocks of foamed plastics sectional type to reduce the weight of the robot in water; video surveillance and lighting equipment of the working area to ensure safe operation on the seabed (eight CCTV cameras); twenty lamps; sensor measuring the underwater current speed; pulse-induction device for tracking the location of the cable in the seabed soil to ensure the movement of the robot along the path of laying the cable; altimeter for measuring the depth of erosion; pressure sensor to determine the depth of immersion of the robot; dynamic displacement sensor (gyrocompass) based on a fiber-optic gyroscope to synchronize the operation of the descent-lifting device and trackers and prevent tipping during descent-uplift and at the bottom;

All-round sonar to prevent collisions with obstacles and transmit information to the remote control point. The surface part shall consist of: remote control point for constant control and management of repair and modernization works, carried out by a robot on the seabed (the control center is equipped with chairs for two operators, video panel consisting of eight monitors, Distribution sectional cabinets with programmable logic controllers (PLCs), processing systems, visualization and graphic image, two touch keyboards and joysticks to control the robot; the point of modeling the processes of the robotic complex to recreate the workflow in the simulation mode; power distribution cabinet, received from the ship (380-400 V, 50 Hz), to provide power to the equipment of the complex; a lifting device with a remote control, providing descent and lifting of the robot to the place of carrying out repair and modernization works, consisting of an inclined U-shaped frame with an onboard traverse and two hydraulic cylinders; hydraulic winch with remote control, equipped with a reinforced steel cable with a core, consisting of electric and fiber-optic conductors with a length of 2500 m, 40 mm in diameter; a hydraulic power plant with a capacity of 2×110 kW to ensure the functioning of the descent-lifting device and the hydraulic winch.

Working principle. With the help of a descent-lifting device, the robot descends to the seabed and is driven by operators using a remote control system of the robot, with which it is connected by a cable. Control and control over the actions of the robot is carried out with the help of controller joysticks and video monitors, on which the image from the cameras of the working area is fed. The robot moves along the seabed using tracked chassis mounted on the sides of the backbone of the device (maximum speed of movement of 4 knots).

The complex of sensors and control and measuring instruments for environmental assessment allows operators to obtain information about the depth of immersion, water flows, obstacles in the path of the device, as well as track the cable being repaired at its location in the seabed soil. The main repair and modernization work with cable tracks in the seabed soil is carried out with the help of hydraulic manipulators of the robot, equipped with interchangeable point-to-point grippers. If necessary, a cable cutter is used to replace the standard point-to-point gripper in the robot manipulator.

The robot’s hydraulic soil erosion tool with the help of multidirectional high-pressure water jets allows you to form a trench up to 1.5 m deep, and at the final stage, the trench falls asleep using a tool for mechanical falling asleep.

GRI 1 and 6

Автодозатор, представляющий собой механическое автоматическое устройство для отбора и ввода проб заданного объема в хроматографическую систему.

Full description

Применяется в качестве дискретного блока при комплектовании блочных систем высокоэффективной жидкостной хроматографии (ВЭЖХ), создаваемых в зависимости от различных аналитических задач. Принцип работы автодозатора: механизм перемещения пробоотборной иглы по трем координатным осям (X, Y, Z) обеспечивает ее погружение в жидкую пробу внутри виалы (специальная емкость), забор заданного объема пробы (посредством дозирующего насоса) и подачу в пробоотборную петлю, из которой проба поступает в кран высокого давления для ввода пробы в систему ВЭЖХ.

Функция охлаждения обеспечена комплектацией автодозатора термоэлектрическими преобразователями, функционирующими на основе эффекта Пельтье. Основные компоненты автодозатора: механизм перемещения пробоотборной иглы, дегазатор, кран высокого давления (обеспечивает переключение между линией отбора и линией ввода пробы), лоток для проб, дозирующий насос, дисплей для отображения информации о состоянии устройства, панель управления, плата питания, разъемы CAN, RS-232, REMOTE, LAN.

Комплект поставки: упаковочная коробка, в которой расположены совместно автодозатор и следующие принадлежности: кабель передачи данных – 1 шт.; емкость 250 мл для промывочной жидкости – 1 шт.; погружной фильтр – 1 шт.; силиконовая сливная трубка – 1 шт.; предохранитель – 1 шт.; лоток на 54 гнезда – 2 шт.; виала 1,5 мл – 108 шт.; крышки и септы для виал –108 шт., руководство по эксплуатации – 1 шт.

Габаритные размеры детектора (Д х Ш х В) 560х385х250 мм, вес 28 кг.

GRI 1 and 6

The equipment has a superconveyor type and is designed to fasten polymer pens to bottles filled with PET oil.

Full description

The equipment is supplied in a partially disassembled form and consists of the following main components: a device for dressing handles, a conveyor of handles and a camera for turning handles, a platform and positioner of handles, a bunker and a handle lift, a control system (electrical cabinet).

Principle of operation: the operator fills the polymer pens in bulk in the bunker. From the bunker, the handles are fed through the lift to the positioner of the handles, where their orientation is carried out, and then, using the conveyor, the handles are fed to the camera of turning the handles. Next, the oriented handle is fed from the chamber of turning the handles into the dressing area, where, due to the vertical movement of the carriage, the handle is put on a filled and sealed PET bottle. The handle is fixed on the bottle using shaped grippers driven by a pneumatic cylinder.

Mounting the plastic handle on the bottle is carried out by mechanical pressing by clicking. After dressing and fixing the handle, the carriage returns to its original state, releasing the bottle. Next, the bottle with the installed handle is moved to the labeling machine (not included in the package). The control system based on PLC provides control of speeds, trajectories and interaction of all equipment components. Used equipment. Produced in 2013. The main technical parameters: the performance of the equipment 1000-1200 bottles per hour; the volume of bottles: from 2 to 20 liters; the type of handles installed: rigid PE / HDPE handles clip type (grab by the neck / corolla); power voltage 380-400V, 3 phases, frequency 50 Hz; power 2.5 kW; overall dimensions of the equipment: height 2150 mm, width 1100 mm, length 1160 mm.

GRI 1, 2(a) and 6

Universal bipedal robot of specialized design with elements of anthropomorphism.

Full description

Designed for research purposes, the study of motion control algorithms, the use of machine learning methods based on models, can be used as an autonomous mobile robot. It consists of a body located on two supports (“legs”), has a modular “three in one” design, thanks to which the user can change the robot supports necessary for a specific task (point supports for testing algorithms for balancing and walking on uneven terrain, feet for practicing anthropomorphic gait, wheel supports for moving on flat surfaces). To perform motor functions, it is equipped with an electric drive with a rated voltage of 48 V.

The execution of the basic algorithms for controlling the robot is provided by an on-board computer based on an Intel Core i3 processor with 16 GB of RAM and built-in storage (SSD) of 512 GB. The robot is controlled in real time using a wireless remote control, or in accordance with a program developed and installed by the user. It also has built-in motion control algorithms for a quick start. Network connection to the device for management, programming, data collection is provided via a wireless network (Wi-Fi), or through a gigabit Ethernet port.

Also on the body of the robot there is a USB-A 3.0 port for connecting additional devices, an expansion platform (platform) for connecting external devices (lidars, manipulators, sensors, etc.), power output for external devices 24 V.

Supplied in assembled form. The delivery kit includes: robot, three sets of interchangeable supports (point supports, feet, wheel supports), wireless remote control, battery, charger, network wire, basic documentation, quick start manual.

Technical characteristics: carrying capacity of 10-15 kg, speed of movement up to 5 m / s, maximum angle of lifting up to 15 °, maximum obstacle up to 15 cm. Battery capacity 240 W / h, power voltage 48 V, maximum power 1000 W.

Overall dimensions (DhShV) 392x420x845 mm. Net weight is not more than 20 kg.

GRI 1 and 6

The equipment is designed for accurate, uniform multilayer winding of optical fiber on a shaft or other types of carriers.

Full description

The operation of the equipment is based on the automated supply of optical fiber, its layout, regulation of tension and winding on the carrier. The equipment carries out multilayer winding, winding in a non-standard form, winding on straight and curly drums, maintaining a linear winding speed, maintaining a constant and stable tension, adjusting tension. The equipment consists of the following main components: a load-bearing frame; a winding assembly; an optical fiber laying assembly; a tension control system; a two-stage traction system; a winding servo motor; an automatic adhesive and oil application system; an adjustable pressure tank; a control cabinet with a PLC; a protective cover against splashing; illumination of the working area.

Principle of operation: the optical fiber is supplied to the working area and passes through the tension and two-stage traction system. Laying of optical fiber is carried out by the axial method. If necessary, automatic application of glue and oil is performed. As a result, a precise, uniform multilayer winding of the optical fiber onto a shaft or other type of carrier is formed. The main technical parameters: the possibility of winding from 1 to 50 km; the range of diameters of the wound optical fiber 0.05-5 mm; winding speed up to 600 m / min; equipment weight not less than 570 kg; the range of shaft diameters up to 300 mm; laying stroke up to 360 mm; power consumption up to 1.5 kW; loadable optical fiber weight up to 50 kg; pressure tank capacity 5 l;

The equipment is supplied in a wooden packaging box.

Dimensions of the packaging box 1745 × 1280 × 1930 mm; weight of the packaging box 670 kg.

GRI 1 and 6

The complex of technological equipment, designed to create riveting connections of the fuselage and wing panels of the aircraft, is a fully automated drilling and riveting station operating on the principle of fixed workpiece - a mobile tool.

Full description

The number of working axes is 8 (X, Y, Z, W, A, W1, W2, U), the positioning axes of the workpiece are up to 5 (X, Y, Z, W, A). During the technological process, the following operations are carried out: loading the panel on the station, automatic drilling and riveting of the panel, quality control of the work performed, unloading of the part. The station consists of the following main components: main machine riveting machine (C-shaped frame); XY positioning platform; carriage with automatic adjustment of position; upper multifunctional terminal performer (position switching unit, drilling unit, riveting block, flatness control unit, photogrammetry unit, clamping paw block); lower riveting block; automatic tool store; automatic riveting system (cassettes for storing rivets - 16 pcs);

CNC control system (digital control unit), operating-display unit, Control panel, Input-output modules - 36 pcs, portable controller, drive modules - 7 pcs, power module; auxiliary systems (vacuum dust removal system, spindle cooling system, centralized lubrication system, minimum lubrication system, security monitoring system, electric cabinets - 4 pieces; tools and equipment (sets of frames for tooling - 3 pcs., sets of stamps / nozzles - 11 pcs, sets of bushings for clamping legs - 3 pcs., sets of cutting bushings - 3 pcs., Special frame for equipment - 1 pc.).

The overall dimensions of the station (DhShV) 23500x13000x7800 mm. The equipment is supplied in disassembled form.

GRI 1, 2(a) and 6

The Koltubing unit is designed for technological and repair and restoration works, as well as for the implementation of technologies for intensification of production at oil and gas fields, including overhaul of wells, gas lift, fishing operations, acid treatment of the downhole zone and well washing using a 2-inch flexible pump and compressor pipe (GNCT).

Full description

The coltubing unit is placed on a 4-axle semi-trailer and consists of the following main components: installation control cabin; diesel engine with fuel tank; transfer case; electrical system; hydraulic system; drum for flexible CNT (capacity 5400 m CNT); heating system; injector (equipment for lifting and descent of GNCT into the well); goose neck 2.54 m (guide device, ensuring a smooth transition of the flexible pipe from the working drum to the injector; tailpipe; quadruple preventor; single sealant with side door; the injector holder assembled; combined control drum (for injection control hose); power hose drum; hydraulic oil tank; generator unit; long and short support assembly (for repair and adjustment of the height of the injector); fire extinguisher; toolbox; lighting rack.

The principle of operation of the installation is based on the use of GNCT, wound on the drum during the descent and technological operations. The operator from the cabin controls the actions of all components. The injector captures the pipe complete with the appropriate downhole equipment to perform working operations, and then extracts it from the well. The power plant provides power supply for the entire complex. The generator provides power to the installation. The anti-ejection system (preventor, sealer, lubricator) is designed to prevent emissions from the well.

The main technical characteristics: overall dimensions (DhShV) 16000×2550×4300 mm, total mass (without GNCT) 52000 kg, maximum speed of rise / descent of GNCT 51.8 m / min, minimum constant speed of GNCT 0.9 m / min.

GRI 1 and 6

Линия представляет собой единый комплекс оборудования с единой системой управления, предназначенный для сборки головки блока цилиндров двигателей семейства ....

Full description

Оборудование поставляется в разобранном виде и состоит из автоматических, полуавтоматических и ручных рабочих станций: «Загрузка в линию», «Запрессовка маслоотражательных колпачков», «Установка впускных и выпускных клапанов, обратного клапана системы смазки, шайб опорных пружин клапанов, пружин клапанов и тарелок пружин клапанов», «Установка сухарей клапанов», «Контроль установки сухарей клапанов», «Контроль. Тест на герметичность», «Контроль отсутствия посторонних предметов», «Выгрузка готового изделия с линии», объединённых между собой конвейерной системой.

Также в состав оборудования входят паллеты, в которых головки блока цилиндров перемещаются по конвейеру от станции к станции, согласно алгоритму системы управления. Принцип работы: головка блока цилиндров при помощи кран-балки КБК (входит в состав рабочей станции «Загрузка в линию») загружается в линию. Перемещение головки блока цилиндров по конвейерной системе от станции к станции происходит в автоматическом режиме. По мере прохождения рабочих станций в головку блока цилиндров устанавливаются необходимые компоненты в ручном (оператором), либо в автоматическом режимах.

Также линия осуществляет контроль установки компонентов. После прохождения необходимого цикла сборки головка блока цилиндров при помощи кран-балки КБК (входит в состав рабочей станции «Выгрузка готового изделия с линии») снимается с линии подсборки и перемещается к таре с готовой продукцией. Оборудование рассчитано на годовую программу выпуска 45000 изделий.

GRI 1, 2(a) and 6

The mill loading unit is a node for pairing the ore supply system between the conveyor (not included in the supply) with the rotating mill drum (not included in the supply), and provides a hermetic and directed transmission of mining ore.

Full description

The loading unit consists of a lower running cart on which are located: a receiving tray, a loading trough, an upper frame, a counterweight, a labyrinth seal, a loading assembly cover, a loading assembly support 4 pcs., loading unit stops 2 pcs., a wear-resistant ring, a steel pair of wheels on the rear axle, a steel pair of wheels on the front axle, polyurethane wheels (rollers) 4 pcs., a gearbox, a control cabinet, a loading unit case. The loading unit is installed on the rail track (not included in the supply) and in operating mode is in a stationary position (does not move along the rail track), while welded to the trolley stops each with six anchors is attached to the concrete floor to exclude vibration and displacement of the mill loading unit.

The movement of the boot node is carried out only during its maintenance to change the linings due to wear and check its elements (once every six months). For maintenance, the unit is shifted back to the length of its body and due to additionally fixed polyurethane wheels on the concrete floor is shifted sideways. The loading unit is not equipped with lifting and loading and unloading mechanisms and does not perform transportation functions. The loading unit of the mill consists of the following main components: the lower running cart in the composition: the rear wheel pair, the front wheel pair, metal-polyurethane wheels (rollers) 4 pcs., the motor-reducer capacity of 5.5 kW, the control cabinet of the motor-reducer 1 pcs., stops 2 pcs.

(with anchors at each stop 6 pcs.), supports with a threaded part retractable 4 pcs., receiving tray, loading trough 1 pc., lining of the boot node 1 pc., upper frame 1 pc., counterweight 1 pc., labyrinth seal 1 pc., cover of the boot node 1 pc. The overall dimensions of the loading unit 4840x2680x3325 mm., weight without lining 11300 kg., weight of the lining 4300 kg.

Supplied in disassembled form.

GRI 1, 2(a) and 6

The equipment is designed to apply a catalytic coating on workpieces (ceramic substrates) in order to obtain the finished product - catalytic blocks for passenger cars.

Full description

The equipment is disassembled and consists of the following main components: router (horizontal rotating table (ring transporter), On which there are 24 technological stations in a circle, loading conveyor, laser marking station, QR code scanner, Rejection cylinder - 4 pcs, conveyor of rejection - 4 pcs, clogged channel control station, conveyor belt, conveyor for product orientation, portal manipulator, Burning furnace, oven control cabinet firing, Coat control cabinet, robot roller conveyor after firing furnace, conveyor of unloading of products from the firing furnace - 2 pcs., the conveyor after the firing furnace, conveyor centering of products - 2 pcs, inkjet printer (for marking finished products), block weighing station with circular scanning of the QR code, conveyor Control station for external defects, dust collector, smoke-removal fan, control computer control panels, security fence, mobile suspension tank, a set of interchangeable grippers for substrates of different shapes and sizes, tools and auxiliary equipment in quantity, necessary for the installation of equipment.

The full production cycle includes: controlled application of suspension on the inner walls of the channels of ceramic substrates by vacuum impregnation (suction), subsequent drying, high-temperature firing to fix the coating structure inside the channels, as well as control of the coating quality and marking of finished products. All movements of workpieces and finished products are carried out automatically using conveyors, robots and manipulators. Loading of substrates on the loading conveyor, unloading of finished products and unloading of non-compliant (unqualified) materials and products is carried out manually.

Productivity of the equipment is not less than 360 products per hour.

GRI 1, 2(a) and 6

Оборудование предназначено для изготовления трехслойных строительных сэндвич-панелей, состоящих из двух профилированных стальных листов (обкладок) и теплоизоляционного слоя (сердечника) из минеральной ваты.

Full description

Оборудование поставляется в разобранном виде и состоит из следующих основных компонентов: тележки для разматывателей – 2 шт., гидравлический разматыватель нижнего листа, гидравлический разматыватель верхнего листа, устройство поперечной резки нижнего листа и устройство нанесения защитной пленки нижнего листа, устройство поперечной резки верхнего листа и устройство нанесения защитной пленки верхнего листа, блок профилирования нижнего листа и блок формирования замка нижнего листа, блок профилирования верхнего листа и блок формирования замка верхнего листа, блок продольной резки плит минеральной ваты, блок резки плит минеральной ваты под трапециевидную форму, стол ручной укладки, система фрезерования и подачи сердечника, система дозирования и смешивания двухкомпонентного клея с блоком нанесения и подогревом клея, пресс роликового типа, блок отрезания сэндвич-панели с системой аспирации, рольганг – 2 шт., блок упаковки.

Принцип работы: рулоны стали устанавливаются на гидравлические разматыватели. Верхний и нижний металлические листы, протягиваясь роликами блока профилирования, проходят устройство поперечной резки (для обрезки дефектной кромки рулона). Затем на верхнюю (лицевую) поверхность металла наносится защитная PVC-плёнка. После этого верхний и нижний листы проходят блоки профилирования и формирования замка. Параллельно плиты минеральной ваты разрезаются на полосы требуемой ширины с помощью блока продольной резки и подаются на участок сборки панелей.

Далее на внутреннюю сторону каждого металлического листа наносится распылением двухкомпонентный клей. В сборочном узле нижний металлический лист (с нанесённым клеем) подаётся снизу, непрерывный сердечник из минеральной ваты укладывается поверх него, верхний металлический лист (с нанесённым клеем) подаётся сверху. ССобранный сэндвич поступает в роликовый пресс и результате формируется непрерывная склеенная профилированная сэндвич-полоса. После этого следуют операции резки, финишной обработки и упаковки в стопы. Основные технические параметры: габаритные размеры оборудования (Д×Ш×В): 65 000 × 7 500 × 2 500 мм, напряжение питания: 380 В ±10 %, 3 фазы, 50 Гц, мощность 130 кВт, производительность 2000 м² за 8 часов.

GRI 1, 2(a) and 6

Smear fixing machine is designed for preparing, moving and fixing samples of blood, tissues or other clinical samples on microscope slides and then for staining glasses using one or more biological or cytochemical coloring solutions by group method according to a given technological program using reagents for further microscopy.

Full description

The machine consists of the following main elements: a technological unit with a working camera (station for subject glasses (size of glasses 76x26x1 mm) - 2 pcs; combined stations - 14 pcs, a drying station - 1 pc, a washing station (with a flowing bath) - 1 pc, a manipulator catcher, a manipulator hand, a manipulator casing), a cover, a control unit with a touch graphics screen (480x272 pixels), as well as a microSD card inserted into a microSD slot for microSD cards.

Principle of operation: subject glasses with drugs are placed in a tripod. With the help of the manipulator, tripods are automatically loaded into the working chamber of the device to parking stations. After loading tripods, the device begins to perform a technological program: the manipulator moves tripods with glass from the station to the station, where baths with technological media (reagents) are located and technological operations for processing drugs (fixation, painting, washing, etc.) are carried out. The machine does not carry out diagnostics, analysis, tests and is not intended for processing research results.

The machine only lowers a tripod with strokes on the glass in a bath with a particular reagent, in a drying bath or in a bath with running water. Included with the machine is supplied: a bath for reagents with a lid - 15 pcs, a bath for reagents with a lid - 15 pcs, a water supply hose with a length of 1.5 m - 1 pc, a clamp for a water drain hose - 1 pc, a power grid cord - 1 pc, a fuse 250V, 10A - 2 pcs. The main technical parameters: the maximum number of painting techniques - 32, the maximum number of operations in the painting technique - 30, overall dimensions 500x370x585 mm, the weight of the machine 23 kg.

The machine is packed in a cardboard box.

GRI 1 and 6

Line for the production of women's daily pads from rolled materials with the addition of superabsorbent, embossing, sharp, turning, packaging and applying adhesive tape.

Full description

Technological operations and main components: feeding and preparation of raw materials (pulp racks, mill), molding of the absorbent core (drum, superabsorbent dispenser), unwinding of materials (top / bottom layers, silicone paper, packaging film), processing (internal embossing, contour sealing, figure cutting), turning, wrapping with packaging film, checking the presence of metal inclusions.

Principle of operation: the operator includes the line through a single control system with the help of which self-diagnosis, check of interlocks, readiness of safety systems, roll diameters and tension coefficients are entered. Then, with the help of a mill and a drum, the absorbent nucleus is formed. At the same time, the upper and lower layers, as well as silicone paper, are combined into a multilayer material, and internal embossing of the semi-finished product, contour sealing and curly cutting is carried out.

The packaging film is unwinded, stacked, and the finished product is folded threefold, the individual packaging is pressed, sealed and cut into size. Finished products are checked for metal inclusions. Transportation of raw materials, semi-finished products and finished products is carried out with the help of vacuum conveyors or belt conveyors, flow transition - with the help of a turning point.

Main technical characteristics: product structure format [name omitted] surface layer, absorbent layer (fluff cellulose + superabsorpt (SAP)), protective layer, silicone paper, packaging film, label for recycling: surface layer, absorbent layer (fluff cellulose + superabsorpt (SAP)), protective layer, silicone paper; format [name omitted]: surface layer, absorbent layer (absorbent layer) for individual packaging.

GRI 1 and 6

The installation is designed for unwinding one or two bays with an alloying rod and feeding it into the foundry trough (not included in the delivery) in the production of aluminum rods.

Full description

The installation consists of the following elements: frame body, rod feed mechanism (main elements: gearbox, electric motor, guide sleeve, rod feed shaft, encoder, clutch), wheel bearing camera (main elements: shaft sleeve, lubricant, bearing, shaft) - 2 pcs., feeding rod bays, non-drive rollers, wiring holder, control panel.

Principle of operation: bays with alloying rod (not included in the delivery) are installed in the chambers of the wheel bearing and are fixed with a clamping handle. Then the end of the rod is refueled through non-drive rollers into the rod feed mechanism. In the pressure wheel feed mechanism, the end of the rod is pressed against the feed shaft, which, rotating, pulls the rod from the bays and feeds it through the wiring holder into the foundry trough. The regulation of the amount of supplied rod is carried out by changing the speed of rotation of the feed mechanism.

The main technical parameters: the size of the installation (DhShV) - 2700x1200x2100 mm, the weight of the installation 1100 kg, engine power - 1.5 kW, the speed of the rod - from 0 to 8 m / min, the diameter of the bay - 900 mm, the diameter of the rod - from 9 to 10 mm, the weight of the bay - 180 kg.

GRI 1 and 6

The automatic high-speed line is designed for the production of women's sanitary pads with a thick core (classic) and with absorbent paper (ultra-thin).

Full description

The line is a complex of technological equipment, combined into a single design and consisting of the following main components: section of unwinding and feeding raw materials (pulp unwinding frame with pneumatic shafts and servo drives), node for the formation of the absorbent layer (high-speed opener of the plate type with noise insulation, SAP dispenser (superabsorbent), drum wheel, high pressure fan, embossing section of assembly and lamination (glue applicators - 4 pcs., ADL supply node, a node of silicone paper, flavouring assembly, cutting and shaping knives (knife of contour cutting, waste disposal unit, transverse assembly, wing knot, folding and individual packaging (node of three folding, individual wrapper, duct tape applicator control and control system (control box - 5 units, HMI-panel, visual control system, auxiliary equipment (compressed air supply system, vacuum fans - 5 pcs, automatic high-speed packaging machine - 2 pcs, automatic layer - 2 pcs, semi-automatic packaging in cardboard boxes, dust collector, service platform with stairs, metal detector, Laser printer for printing date - 2 pcs.

The principle of operation is the continuous assembly of multilayer products: 1. Simultaneous supply of all rolled components: nonwoven fabric, polyethylene film, absorbent paper and silicone tapes. 2. A rolled fluff cellulose is fed from the frame into a high-speed fiber-free, which turns it into a fluff. SAP is added to the down stream. The mixture is sucked into a molding drum, which forms a loose mat (core). The formed mat passes through rollers, which compress it to the desired thickness. 3. A layer of liquid distribution is applied to the mat.

So that the down does not fall asleep, the mat turns into a special thin paper. On the aromatization node, aromatic fragrances are applied. 4. All layers come together into a single whole. Glue is applied and embossing is carried out, forming absorbent channels and ensuring the mechanical strength of the connection of the layers. 5. Wings and protective paper are glued. On the back of the workpiece and on the wings are applied strips of glue. The silicone paper assembly cuts and glues the strips that the consumer removes before use. 6.

Next, the contour knife cuts the gasket along a given anatomical contour. Waste is removed. 7. Visual control of the quality of gasket manufacturing is carried out. 8. The gasket is folded three times and rolled into a packaging film, which is sealed with heating. 9. The finished gasket moves into the counting wheel. Next, the stacker forms a stack of gaskets (10 or 20 pieces) and transfers it to the packaging machine for placement in the final plastic bag. 10. The packaging machine is installed at the outlet of the line and connected to the stacker.

The number of gaskets determined by the control system is automatically packed into packages. On the packaging site there is a laser printer for printing dates and a metal detector. Ready sealed packages go along the conveyor for packaging in cardboard boxes. 11. The control system provides centralized control, monitoring and management of all stages of production, including visual control and rejection. The main technical parameters: 380 V, 50 Hz; the size of the finished product: 240 mm x 148 mm, 280 mm x 148 mm, 320 mm x 160 mm; design speed 1200 pcs / min; line dimensions (DhShV) 40x11x4 m.

GRI 1, 2(a) and 6

The automatic high-speed line is designed for the production of baby diaper panties.

Full description

The line is a complex of technological equipment, combined into a single design and consisting of the following main components: fluff cellulose frame, high-speed crusher, The main body of the machine consists of 14 sections, In which servo motors are installed to guide the material, cutting, folding and laminating - section 1 (molding drum, SAP dispenser (superabsorbent), Section 2 (node of wrapping the core with lower and upper wrapping napkins), Section 3 (rollers and servo drives): pressed, for stamping, transporter before the internal sharp, internal tensioner of the side cuffs, inner cutter, Section 4 (rollers and servo drives): for the cuff, transporter after internal cutting, the folding of the absorbent core, the internal tensioner of the ADL layer, for side cuffs after cutting, junctions of the layer of ADL with topsit, for backshit, the internal tensioner is flattened, Section 5 (rollers and servo drives): internal tensioner of PE film, PE film No1, No2, PE film and side cuff connections, side cuff rubber, pressing Section 6 (rollers and servo drives): The internal tensioner of the PE film, base cutter the product after cutting, Section 7 (transportation of sliced diaper bases to section 8)

Section 8 (rollers and servo drives): connecting, product delivery, croppings, for the break of rubber bands, No. 1 of the outer layer of nonwoven material, tape-carver internal tensioner of the outer layer of nonwoven material, Section 9 (rollers and servo drives): to break the rubber bands, after the rubber bands broke, a tape-carrier, the internal tensioner of the tape with the pattern, conveyor Section 10 (rollers and servo drives): before the rubber band breaks, direction of the ribbon pattern, belt folding, Section 11 (rollers and servo drives): after joining the belt, supply of internal S-rubbers, rubber joints, purifier under pressure after folding the belt, Section 12 (rollers and servo drives): scrapper the cutter of bubbled nonwoven material No. 1, supply of internal S-rubbers, external tensioner of the inner layer of nonwoven material, Section 13 (rollers and servo drives): transporter of recycling tape, under pressure before lamination, thermal lamination, after lamination, before the sharp finished product, finisher Section 14 (rollers and servo drives): transporter of the finished product, The servo motor encoder, the wheel of the finished product before folding, supply of stacker, framework for raw materials - 5 pcs, rubber frame, glue applicators (glue machines) - 12 pcs., drum fan, dust collector with fan, adsorption fan - 10 pcs, laser printer to print date, automatic layer, automatic high-speed packaging machine, electric control cabinet (with voltage stabilizer) - 4 pcs., sound-insulating crusher system, waste container, metal detector, O-shaped cutting device, sealer flavouring unit visual control system (4 cameras), compressed air supply system (air compressor, two air tanks, air filter, semi-automatic machine for packing in cardboard boxes, service platform, ladder, connecting pipeline, crane manipulator for raw materials - 2 pcs, crane manipulator to replace the cutting and sealing unit - 2 pcs.

The line works on the principle of the conveyor, sequentially collecting layers of materials: the upper soft layer, absorbing the core (core) of cellulose and superabsorbent and moisture-resistant lower film, adding elastic elements to fix around the waist and legs, then cuts and packages the finished product, using quality control systems at each stage. Working principle: 1. Supply of materials: continuous rolls of nonwoven material are fed into a line to form the upper (contacting the skin) and outer layers (for air transmission, but moisture retention).

Cellulose is fed into a crusher, which crushes it into a fluffy mass. SAP is sprayed on cellulose. 2. Formation of the absorbent core: cellulose is mixed with SAP and evenly distributed on the conveyor, forming an absorbent core (core). 3. Layer Assembly: The absorbent layer is connected to the top nonwoven material and the bottom breathable (film) layer. 4. Adding elastic components: The rubber application machine stretches and attaches elastic threads to the belt of panties and around the legs, ensuring a tight fit. 5.

Formation and cutting: The assembled multilayer tape passes through molding and cutting modules that give it the shape of panties and cut along the contour. 6. Finishing operations: other elements are added (logo tape, recycling tape), and the finished panties are packed. 7. Quality control: Cameras and sensors check each diaper for defects, leaks, or improper arrangement of elements, rejecting defective products. The main technical parameters: 380V, 50 Hz, 3 phases, design speed: 800 pcs / min (for all sizes), product size: M, L, XL and XXL (4 dimensions), line dimensions (DhShV) 55x9x4.5 m.

GRI 1, 2(a) and 6

The mechanical device is installed in public buildings (airports, hotels, shopping centers, offices, hospitals) and is designed to organize the entry / exit of groups of people.

Full description

The device comes in disassembled form and consists of the following main elements: main structural components (mounting ring, guide rails - 2 pcs, door-axle support platform, mainshaft assembled, main beam, body rings - 2 pcs, upper ring - 2 pcs, section of the outer wall -2 pcs, rotary flaps - 3 pcs, arc-shaped glass from triplex 4 + 4 - 8 pcs, flat glass valves 10 mm - 3 pcs, ceiling panels - 6 pcs, decorative panels - 6 pieces, Dust protection panels - 4 pcs, mechanical locking; electromechanical components (motor-reducer, main control unit, The main control box connector, key switch to 3 modes, backup power, decorative lighting - 6 lamps, motion sensors - 2 sets, safety sensors - 2 units, Vertical safety bumper (rubber + sensor + aluminum profile) - 2 pieces, Horizontal safety bumper (rubber + sensor + aluminum profile) - 3 pieces, emergency stop button - 2 pcs, button for low-mobility groups - 2 pcs; the heat curtain device; mounting elements and cable harnesses in quantity, necessary to put the device into operation.

Working principle: 1. The mode is normal automatic: motion sensors detect the approach of the visitor. The signal enters the control unit. The control unit gives a command to the frequency converter. The frequency converter starts the gearbox motor. Through the main shaft are rotated rotating flaps. The door performs a full rotation and automatically stops in the starting position. 2. Reduced speed mode (for low-mobility groups): the mode is activated by the disabled button. The control unit translates the frequency converter into a reduced speed mode.

Rotation is carried out with a reduced speed. 3. Lock/Night mode: The mode switch is switched to the closed position. The control unit prohibits starting the drive. The flaps shall be fixed in the starting position. In all modes, when an obstacle is detected, security sensors or safety bumpers are triggered. The signal enters the control unit. The control unit stops the gearbox motor. In case of an emergency or power outage, the “anti-panic” mechanism is activated. The flaps are manually unfolded in one line, free passage is provided.

The device comes in wooden boxes.

GRI 1, 2(a) and 6

The technological line is designed for a continuous production cycle of radionuclide generators.

Full description

The main components are: shielded hot chamber for cooking, camera for loading and unpacking generator components, camera for marking generator components, shielded buffer camera, shielded hot chamber for washing and charging generators, shielded buffer chamber, shielded hot chamber for loading and packing generators into protective containers (lead and plastic), zone of transportation and marking of generators, room with conveyor for exposure of generators, shielded transfer chamber, screened hot chamber for preparing generator components for quality control, camera for transportation of the product, pre-loading zone for finished packaging.

Principle of operation: loading of a radioisotope solution of active pharmaceutical substance and non-radioactive materials, dilution of active substances, stirring of solutions with sterile nitrogen, obtaining a working solution of Mo-99, sampling and unloading of samples for quality control, dosing of solutions into generator columns (charging and washing), assembly of generator components, labeling of components at various stages of the production process, packaging into an individual protective container (lead and plastic), aging of generators for a specified time, quality control inside the process line (control of radioactive waste), radioactive grazing and grazing.

The main technical characteristics: the number of generators produced by the technological line for 1 shift 400 units.

GRI 1 and 6

Линия для производства плит из минеральной ваты из базальта, доломита.

Full description

Тип производства: непрерывное. Толщина готовых панелей: от 600 мм до 2 450 мм. Скорость производства: от 2,2 м/мин до 22 м/мин, 5,5-6 т/ч, 40 000 тонн/год.

Поставляется в несобранном виде. Линия состоит из следующих компонентов: сырьевая система (сырьевой бункер – 6 шт., весовой бункер – 6 шт., ленточный конвейер – 3 шт., ковшовый элеватор – 2 шт., приемный бункер сушильного барабана – 1 шт., сушильный барабан – 1 шт., распределительный клапан – 3 шт., бункер приемной части печи – 2 шт., вибрационный бункер – 4 шт., откидной клапан – 10 шт., крепление для бункера сырья – 1 шт.), плавильная система – электрическая печь (корпус электропечи, электродная система – 1 комплект из 12 электродов, короткая сетевая система электропечи, вентилятор охлаждение дна печи – 2 шт., гидравлическая система регулирования расхода – 1 шт., устройство регулировки потока расплава – 1 шт., желоб – 1 шт., датчик температуры расплава – 1 шт., система очистки дымовых газов электропечи – 1 шт., трансформатор для электропечи – 1 шт., шкаф управления электропечью – 1 шт., скребковый конвейер – 1 шт., отжимная сушилка – 1 шт., дробилка – 1 шт., винтовой конвейер – 1 шт., футеровка – 1 шт.), система формования волокна (четырехвалковая центрифуга – 2 шт., газо-масляное устройство для смазки – 2 шт., поворотный стол центрифуги – 1 шт.), маятниковая система сбора ваты для линии шириной 2,4 м (машина для сбора волокна барабанного типа – 1 шт., маятниковый блок и укладчик – 1 шт.), система формовки, отверждения и резки панелей для линии 2,4 м (формовочный конвейер – 1 шт., весовой конвейер – 1 шт., конвейер с электрическими боковыми роликами – 1 шт., плиссировочная машина – 1 шт., пресс-машина – 1 шт., печь полимеризации – 1 шт., охлаждающий конвейер – 1 шт., ламинатор – 1 шт., конвейер продольной резки – 1 шт., конвейер обрезки кромок – 1 шт., конвейер с дробилкой кромок – 1 шт., пила по толщине с двумя головками – 1 шт., устройсттво для измерения длины – 1 шт., двойная пила поперечной резки – 1 шт., устройство для измерения длины и ленточный конвейер – 1 шт., поперечная пила – 1 шт., валковый конвейер с пылеулавливанием – 1 шт., дробилка – 1 шт.), автоматическая машина для штабелирования и упаковки панелей из минеральной ваты (система отвода и транспортировки – 1 шт., штабелер – 2 шт., термоусадочная упаковочная машина – 2 шт., конвейерная система – 2 шт., роботизированная система штабилирования – 2 шт., автоматическая подача поддонов – 2 шт.), электронная часть управления (шкаф управления сырьевой системой – 1 шт., шкаф управления системой формовки волокна – 1 шт., шкаф управления системой сбора волокон – 1 шт., шкаф управления системой взвешивания и плиссировки – 1 шт., шкаф управления магистральной системой – 1 шт., шкаф управления клеевой системой – 1 шт., шкаф управления системой водоснабжения – 1 шт., система управления производственной линией (главная) – 1 шт.), система связующего вещества (водяной насос тонкой очистки – 2 шт., насос подачи связующего состава – 2 шт., насос подачи смолы – 2 шт., насос закачки смолы в резервуар – 1 шт., резервуар очищенной воды – 1 шт., смесительный бак – 2 шт.), система вентиляции (вентилятор для выдувания волокна – 2 шт., вентилятор подъема волокна – 1 шт., вентилятор сушки – 1 шт., вентилятор отрицательного давления – 1 шт., циркуляционный вентилятор печи полимеризации – 4 шт., вентилятор теплообменника печи полимеризации – 1 шт., вентилятор охлаждения – 1 шт., вентилятор системы дробления кромок – 1 шт., вентилятор пылесборника – 1 шт.), водяная система охлаждения (система охлаждения открытого типа – 1 шт., водяной насос системы электропечи – 6 шт., водяной насос градирни – 2 шт., водяной насос центрифуги – 2 шт., циркуляционный насос водяного охлаждения вентилятора – 2 шт., устройство для очистки сетки коллектора ваты под высоким давлением – 1 шт., погружной насос – 2 шт.), система удаления пыли (высокотемпературный рукавный пылеуловитель – 1 шт., низкотемпературный рукавный пылеуловитель – 1 шт.), электрический кабель – 15 бухт, система подачи сжатого воздуха (винтовой воздушный компрессор – 2 шт., осушитель с охлаждением – 2 шт., фильтр сжатого воздуха – 4 шт., ресивер – 1 шт.).

Технологический процесс производства панелей состоит из следующих операций: сырьё (базальт, доломит) из бункеров поступает в весовые бункеры для точного дозирования по массе, после чего сырье направляется посредством ленточных конвейеров и ковшовых элеваторов в сушильный барабан, где подвергается сушке при температуре около 300°C. После сушки сырье поступает в плавильную печь, где твёрдая горная порода превращается в расплав, готовый к формированию волокна. Минеральный расплав подаётся из плавильной системы в высокоскоростные центрифуги, где под воздействием центробежной силы и воздушного потока расплав разлетается на тончайшие волокна.

Для дальнейшего процесса производства плит на горячие минеральные волокна подаётся связующее вещество (фенолформальдегидная или акриловая смола). Далее волокна поступают в машину для сбора волокна барабанного типа маятниковой системы сбора ваты, укладываются и распределяются в многослойный сложенный однородный ковёр, который укладывается слоями в плиссировочной машине, а после в пресс-машину. Далее уплотненный ковер минеральной ваты направляется в печь полимеризации, где при температуре 180-250°C происходит затвердевание связующей фенолформальдегидной или акриловой смолы.

Затем материал попадает на охлаждающий конвейер, после которого на следующем конвейере происходит обрезка неровных краев панели по заданной ширине, а затем осуществляется формирование плит заданной ширины, толщины и длины посредством резки. Возможна функция ламинирования (например, нанесение ламинирующей плёнки, фольги, стеклохолста и т.д.). На завершающем этапе линии происходит штабелирование и упаковка плит.

GRI 1 and 6

Автоматизированная технологическая линия обеспечивает изготовление каталитических нейтрализаторов из комплектующих (каталитических блоков, термоизоляционных прокладок, уплотнительных колец и металлического цилиндрического корпуса) путем процесса упаковки каталитического блока (керамического субстрата с покрытием), обернутого в термоизоляционную прокладку, внутрь стального цилиндрического корпуса и завальцовку его кромок.

Full description

В состав автоматизированной линии входят следующие технологические узлы: два конвейера загрузки каталитических блоков; конвейер выгрузки несоответствующего каталитического блока; конвейер загрузки цилиндрического корпуса; конвейер выгрузки несоответствующих цилиндрических корпусов; станция контроля геометрии цилиндрического корпуса; станция стаффинга; стол для хранения оснастки участка автоматической установки уплотнительных металлических колец; станция контроля и измерения каталитического блока; консольный кран; стол для хранения оснастки участков стаффинга и упаковки; станция; лестница на станцию; стол для хранения оснастки станции завальцовки; станция завальцовки; станция лазерной маркировки; захват для перемещения нейтрализаторов; станция проверки обжима; два промышленных робота; стол для хранения оснастки станции; стол для хранения оснастки станции; стол для хранения оснастки станции; стол для хранения оснастки станции; четыре стола для хранения оснастки станции упаковки; два конвейера выгрузки годной продукции; конвейер выгрузки несоответствующей продукции; сетчатое ограждение безопасности; интегрированная станция управления.

Управление технологической линией осуществляется с помощью полностью интегрированной станции управления, в состав которой входят: шкаф управления роботами; шкаф управления участками стаффинга, упаковки, подачи прокладки; шкаф управления станцией, лазерным маркиратором и панелью управления; панель управления; сервер базы данных. Линия поставляется в комплекте с полным набором сменной оснастки согласно техническому зааданию и комплектом ЗИП. Линия перевозится в частично разобранном виде для удобства транспортировки.

GRI 1, 2(a) and 6

The unit for repairing oil and gas wells is a machine consisting of a diesel power unit, hydraulic equipment, mast, winch, electrical equipment, pneumatic system, control system permanently installed on a two-axle semi-trailer.

Full description

The unit in the process of repairing wells performs downhill operations, swirling-expansion of pump-compressor pipes and deep-pump rods, has no drilling function. The movement of the unit from the well to the well is carried out by a tractor. At the well, the unit is installed with the help of front and rear hydraulic outriggers, the lifting of the mast from the transport (horizontal) position to the vertical is performed by two hydraulic jacks, and the extension of the upper section by a hydraulic winch. The process of installing the unit and lifting the mast is controlled from the installation console.

The power of the drive engine is transmitted through the gearbox of the upper equipment to the main winch, performing downhill operations using the thaw system. Operations for twisting and unscrewing pipes (bar) are performed using machine and hydraulic keys (the package does not include). The unit has: a roll-out pad, hydraulic and pneumatic terminals for connecting the hydraulic key (pneumatic key). Control of the main working operations is performed from the rotary - retractable remote located in the rear of the unit at the platform level.

Load on the hook block: permissible (nominal load capacity) - 313.6 kN, maximum (short-term permissible) - 392 kN. The height of the mast in the working position - 19.5 m. The power of the diesel engine is 176 kW.

Dimensions in the transport position: length - 11400 mm, width - 2500 mm, height -3900 mm. Technically permissible maximum weight is not more than 21000 kg.

GRI 1 and 6

Receiving device rod rewind with two spools (hereinafter - the Device), is designed for winding the rod of aluminum and its alloys into bays with adjustable winding density and weight.

Full description

Principle of operation: the aluminum wire rope enters the Device after the rolling mill (not included in the supply) through the input guide through the guide tray. The winding occurs using the layout mechanism. When the bay on one spoole of the Device reaches a predetermined mass, the rod is automatically cut by the rod cutting device and redirected to the second spoole for winding using a guide tray. In case of failures, the wire rope is cut off by the cutting device and fed to the rod grinding device, then to the collection device and then to the belt conveyor for transportation to the waste bin (not included in the supply).

After the winding process is completed and the predetermined weight is reached, the finished bay is tied with four steel or polyester tapes using a pneumatic wire rope tying device. The bound bay is removed from the spoole and taken aside. Unloading of the bay from the Device is carried out by a forklift or crane (not included in the delivery). The Device includes: encoder; incoming guide); rod cutting device; rotary hand device; rod grinding device; device for collecting crushed rod; belt conveyor; guide rod tray; mechanism for laying the rod on a rod (2 pcs); rod for winding the rod (2 pcs); device for removing the side flange of the rod (2 pcs.); device for transporting the bay (2 pcs.); pneumatic device for tying the rod (2 pcs.); measuring the diameter of the rod; electric system (1 pc)

GRI 1 and 6

The equipment is designed to produce metal sandwich panels with polyurethane (PU) or polyisocyanurate (PIR) insulation.

Full description

Composition of equipment: trucks for loading rolls of steel with a moving system - 2 pcs., hydraulic unwinders of rolled metal - 2 pcs, device for applying protective plastic film, steel roll scissors, platform for the profiling module, longitudinal cutting device of sheet steel, profiling module of the upper steel sheet, roof panel profiling module with 3 and 5 ribs, profiling module for wall panel, rail system for moving and changing profiling modules, steel sheet transporters, preheating chamber, soft input system for rolls, A transverse dosing robot, high-pressure foaming machine, 24-meter two-band plate conveyor with press, system of movement of lateral press forms, device for applying sealing tape on the sides of the panel, side molds for roof panels, press forms to support roof panels, heating system for a two-band press system, conveyor vacuum-pump panel cutting, conveyors for exit panels, control system, bypass conveyors, vertical conveyor for cooling panels, vacuum robotic system, automatic stretch film winding system, unloading belt conveyor, electrical systems for packaging devices, pre-applying device, Corona device.

Technological process: installation of rolls of thin sheet metal rolled on the trolleys of the unwinding device; setting the program and starting the line; trimming the edges of the metal tape; application of a protective film by means of a clamping roller; profiling of metal tapes and formation of docking locks; application of adhesive composition and solution of PU or PIR on the panel; heating and pressing of panels to fill the solution of the space between the cladding and ensure strong adge of layers; transverse cutting of the panel with a saw; supply of sandwich panels for stacking and packing.

The equipment is supplied in disassembled form for ease of transportation complete with mounting materials for assembly and first start-up.

GRI 1, 2(a) and 6

The electromechanical device is designed to lock and fix the blanks of taillights, determine their presence and exact positioning on the pawns, read barcodes from the shells of taillights with information about the date of production and work performed in the data storage system, as well as for quality control and assembly completion.

Full description

The device is an aluminum plate (stove) with the following main elements installed: laser sensors availability - 4 pieces, barcode readers - 2 pieces, pneumatic cylinders - 2 pieces, electric connectors - 2 pieces, pneumatic connector, blocks (lodges) - 6 pieces, holders - 6 pieces, fixator.

Principle of operation: the device is installed and fixed at the workplace (not included in the delivery) of the assembly line. Electric cables and pneumatic tubes are connected to the device (not included in the package). Next, the operator installs the blanks of the left and right lights in the blocks (plugs) of the device and presses the “Start” button on the panel of the operator of the workplace. At the same time, the presence of flashlight blanks is determined by laser sensors, the signals of which allow the PLC (not included in the delivery kit) at the workplace to programmatically allow the start of the assembly process.

Barcode readers read information. Pneumatic cylinders block and fix the workpieces of the lights in the device until the assembly cycle is completed. Next, the operator carries out the manual process of assembling blanks of lights with seals and linings (not included in the delivery kit) in accordance with the assembly algorithm. At the same time, availability sensors determine the parts installed by the operator. In the absence of the necessary part, the system provides a light signal to the operator panel, informing about the need to install this part to complete the assembly cycle.

If the operator has installed all the necessary parts, and the system has confirmed their presence with the help of availability sensors, then after pressing the "Start" button, the pneumatic cylinders will unlock the lanterns in the device. The operator moves the lights to the next workplace. The devices are packed in plastic film and a wooden box.

GRI 1 and 6

Силос металлический с механическим и теплотехническим оборудованием, предназначен для хранения и перевалки зерна (пшеница, рожь, ячмень и т.д.) и масличных культур (подсолнечник и соя).

Full description

Силос состоит из следующих основных компонентов: цилиндрический корпус, собранный из металлических оцинкованных листов, ребер жесткости, ревизионных люков, дверей, уплотнений и оцинкованных соединительных элементов; крыша в форме конуса с загрузочными и контрольными отверстиями, изготовленная из оцинкованных металлических листов, балок, уплотнений и соединительных элементов; система послойного контроля температуры, включающая кабели с элементами крепления и датчиками измерения температуры (термоподвесы), приборы контроля и регулирования нагрева; система выгрузки (обеговый зачистной шнек); система вентиляции (аэрации), включающая вентиляторы, вентканалы, оцинкованные листы с перфорированной поверхностью.

Компоненты включают в себя: кровельные воздуховоды вентиляции, кровельная аспирация, вентиляторы (4 шт.), ревизионный люк, кровельный ревизионный люк, термоподвесы для контроля температурного режима, боковые ребра жесткости, боковые листы, силосный обеговый зачистной шнек, вентиляционные каналы (в бетонном основании), разгрузочные устройства продукта (в бетонном основании), кровельные листы, загрузочное отверстие силоса, платформа обслуживания, внешняя/внутренняя лестница, площадка обслуживания, кровельная лестница.

Корпус силоса изготовлен из металлических оцинкованных листов волнистого профиля, соединенных между собой болтовыми соединениями с полимерным уплотнителем. Крыша силоса собирается из металлических листов в форме трапеции (на болтовых соединительных элементах с уплотнениями) и ребер жесткости «П»-образной формы. Сверху крыши расположено загрузочное отверстие. Крыша оборудована контрольным смотровым люком и устройством перемещения персонала (лестницей). На крыше размещены приспособления для крепления и обслуживания термоподвесов, которые входят в систему послойного контроля температуры, предназначенную для поддержания температурного режима и вентиляции.

На крыше также смонтированы воздуховоды вентиляции из гальванизированных перфорированных листов. С помощью вертикальных ребер жесткости, установленных с наружной стороны силоса, обеспечивается дополнительная прочность корпуса силоса. Система активного вентилирования в силосе состоит из вентиляторов, горизонтального воздухораспределителя в насыпи зерна и крышных вентиляторов, обеспечивающих дополнительную, более быструю циркуляцию воздуха внутри силоса.

Принцип действия: загрузка силоса осуществляется через загрузочную воронку, с помощью винтового или скребкового конвейера (в комплект поставки не входят). Заполняемость силоса отслеживается с площадки обслуживания, через кровельный ревизионный люк. С помощью 7 термоподвесов, в которых установлены по 10 температурных датчиков, осуществляется контроль температурного режима, информация о температурных параметрах передается в управляющий блок. При увеличении температуры продукта, включаются вентиляторы и по вентиляционным каналам подается воздух для его продувки и восстановления необходимых температурных параметров.

Вентиляция осуществляется также и естественным путем, с помощью оцинкованных перфорированных листов. Для более быстрого достижения необходимых показателей продукта, одновременно с вентилятором включается кровельная аэрация. Разгрузка зерна осуществляется через центральное разгрузочное устройство самотеком, для полной доразгрузки оставшегося по окружности продукта, используется обеговый зачистной шнек.

Технические характеристики: диаметр силоса – 17 110 мм, высота до конуса – 15 520 мм, высота верхней точки – 20 460 мм, объем 3 949 м3, вместимость 3 080 т.

Товар поставляется в разобранном виде.

GRI 1, 2(a) and 6

Установка предназначена для изготовления гранулированной нефтеполимерной смолы (НПС) из её расплава (жидкой смолы).

Full description

Состав: головка гранулятора, стальная транспортная лента, система автоматическая ориентирующая, система охлаждения, каркасная система (рама), система фильтрации, специальный питающий насос для расплава смолы, шкаф управления. Установка поставляется в комплекте с документацией, инструментами и монтажными материалами для сборки и первого пуска. Принцип работы: расплав смолы в жидком виде (температура ~270⁰C) подается в гранулятор по обогреваемому трубопроводу с помощью насоса; смола попадает во внутреннюю неподвижную часть гранулятора - статора, где, при сопоставлении ряда отверстий внешнего перфорированного кожуха с рядом отверстий статора, небольшое количество расплава смолы, в виде правильных капель, переносится на стальную транспортную ленту; тепло от гранул отводится через поверхность стальной ленты и поглощается охлаждающей водой, разбрызгиваемой через форсунки на ее внутреннюю поверхность; затем готовые гранулы снимаются со стальной ленты.

Оборудование поставляется в разобранном виде для удобства транспортировки.

GRI 1, 2(a) and 6

What import requires

Russian bans and restrictions

May apply

Whether a measure applies to your goods is determined by the provisos in the “code” column. Measures are taken from the register as of the date the act was published; the act is named on every line

  • 8479 (за исключением 8479 60 000 0, 8479 81 000 0, 8479 90)Out of RussiaProhibited

    Отдельные виды товаров — временный запрет на вывоз

    Машины и механические устройства, имеющие индивидуальные функции, в другом месте данной группы не поименованные или не включенные

    Постановление Правительства РФ от 09.03.2022 № 311 — until Dec 31, 2027

  • 8479 (за исключением 8479 60 000 0, 8479 81 000 0, 8479 90)Out of RussiaPermit required

    Промышленная продукция

    Машины и механические устройства, имеющие индивидуальные функции, в другом месте данной группы не поименованные или не включенные

    Постановление Правительства РФ от 09.03.2022 № 312 — until Dec 31, 2027

  • 8479 89 970 1 8479 89 970 7 8807 30 000 0Out of RussiaProhibited

    Товары двойного назначения

    воздушные стартеры

    Countries: Австралия, Албания, Андорра, Багамские Острова, Великобритания, государства — члены ЕС, Исландия, Канада, Лихтенштейн, Микронезия, Монако, Новая Зеландия, Норвегия, Республика Корея, Сан-Марино, Северная Македония, Сингапур, США, Тайвань, Украина, Черногория, Швейцария, Япония

    Постановление Правительства РФ от 09.03.2022 № 313 — until Dec 31, 2027

  • 8411 91 000 8413 30 200 8 8413 30 800 8 8413 50 400 0 8413 50 690 0 8413 50 800 0 8413 60 390 0 8479 89 970 7 8807 30 000 0 9032 20 000 0Out of RussiaProhibited

    Товары двойного назначения

    элементы топливной и гидравлической систем: насосы и насосы-регуляторы; автоматы разгрузки насосов; топливные регуляторы; гидроаккумуляторы

    Countries: Австралия, Албания, Андорра, Багамские Острова, Великобритания, государства — члены ЕС, Исландия, Канада, Лихтенштейн, Микронезия, Монако, Новая Зеландия, Норвегия, Республика Корея, Сан-Марино, Северная Македония, Сингапур, США, Тайвань, Украина, Черногория, Швейцария, Япония

    Постановление Правительства РФ от 09.03.2022 № 313 — until Dec 31, 2027

Veterinary and sanitary control

Goods fall under supervision by their type and characteristics

  • Sanitary and epidemiological supervision (control)

    rule for the whole chapter 84
    Материалы, оборудование, вещества, устройства, применяемые в сфере хозяйственно-питьевого водоснабжения и при очистке сточных вод, в плавательных бассейнах; Продукция машиностроения и приборостроения производственного, медицинского и бытового назначения, кроме запасных частей к транспортным средствам и бытовой технике (за исключением контактирующих с питьевой водой и пищевыми продуктами); Продукция, изделия, являющиеся источником ионизирующего излучения, в том числе генерирующего, а также изделия и продукция (товары), содержащие радиоактивные вещества; Строительное сырье и материалы, в которых гигиеническими нормативами регламентируется содержание радиоактивных веществ, в том числе производственные отходы для повторной переработки и использования в народном хозяйстве, лом черных и цветных металлов (металлолом); Оборудование, материалы для воздухоподготовки, воздухоочистки и фильтрации; Иная продукция (товары), в отношении которой одним из государств – членов Евразийского экономического союза введены временные санитарные меры

    Решение Коллегии Евразийской экономической комиссии от 17.09.2019 № 154

Conformity assessment

May apply

Whether the goods fall under a regulation depends on their name and characteristics. Check them against the list

  • ТР ТС 010/2011Safety of machinery and equipment
    • Оборудование для вскрышных и очистных работ и крепления горных выработок: комбайны очистные; комплексы механизированные; крепи механизированные для лав; пневмоинструмент — certificate of conformity (part of the heading)
    • Оборудование для бурения шпуров и скважин, оборудование для зарядки и забойки взрывных скважин: перфораторы пневматические (молотки бурильные); пневмоударники; станки для бурения скважин в горнорудной промышленности; установки бурильные — certificate of conformity (part of the heading)
    • Оборудование нефтепромысловое, буровое геолого-разведочное — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование для промышленности строительных материалов — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование технологическое для стекольной, фарфоровой, фаянсовой и кабельной промышленности — declaration of conformity or certificate of conformity (part of the heading)
    • Оборудование гаражное для автотранспортных средств и прицепов — certificate of conformity (part of the heading)
    • Оборудование химическое, нефтегазоперерабатывающее — declaration of conformity or certificate of conformity (part of the heading)
    • Воздухонагреватели и воздухоохладители — declaration of conformity or certificate of conformity (part of the heading)
  • ТР ТС 032/2013Safety of equipment operating under excessive pressure
    • Барокамеры (кроме одноместных медицинских) — declaration of conformity or certificate of conformity
    • Устройства и приборы безопасности (предназначенные для применения в составе указанного в пунктах 1 – 9 и 13 настоящего перечня оборудования, работающего под избыточным давлением) — declaration of conformity or certificate of conformity
  • Постановление № 2425Единый перечень продукции: сертификация и декларирование в РФ
    • Электрооборудование рудничное нормальное — certificate of conformity (part of the heading) · ГОСТ 30852.20-2002
  • ТР ТС 001/2011Safety of railway rolling stock
    • Стеклоочистители для локомотивов, моторвагонного и специального самоходного железнодорожного подвижного состава — declaration of conformity
    • Тифоны для локомотивов и моторвагонного подвижного состава — declaration of conformity
  • ТР ТС 002/2011Safety of high-speed rail transport
    • Стеклоочистители для моторвагонного подвижного состава — declaration of conformity
    • Тифоны для моторвагонного подвижного состава — declaration of conformity
  • ТР ТС 004/2011Safety of low-voltage equipment
    • устройства для стирки белья ультразвуковые — certificate of conformity
    • увлажнители, испарители, осушители — certificate of conformity
    • электрожалюзи для окон, дверей, ворот (в комплекте с электродвигателем) — certificate of conformity
  • ТР ТС 018/2011Safety of wheeled vehicles
    • Аппараты пневматического тормозного привода: агрегаты подготовки воздуха (противозамерзатели, влагоотделители, регуляторы давления); защитная аппаратура пневмопривода; клапаны слива конденсата; управляющие аппараты (краны тормозные, ускорительные клапаны, клапаны управления тормозами прицепа, воздухораспределители); аппараты корректировки торможения (регуляторы тормозных сил, клапаны ограничения давления в пневматическом приводе передней оси); головки соединительные; устройства сигнализации и контроля (датчики пневмоэлектрические, клапаны контрольного вывода) — certificate of conformity
    • Узлы и детали рулевого управления автомобилей: рулевые колеса; рулевые механизмы; рулевые усилители; гидронасосы; распределители и силовые цилиндры рулевых усилителей; колонки рулевого управления; угловые редукторы; рулевые валы; рулевые тяги; промежуточные опоры рулевого привода и рычаги; шкворни поворотных цапф — certificate of conformity
    • Воздушно-жидкостные отопители, интегральные охладители и отопители-охладители — certificate of conformity or declaration of conformity
  • ТР ТС 020/2011Electromagnetic compatibility of technical means
    • устройства для стирки белья ультразвуковые — certificate of conformity
    • увлажнители, испарители, осушители — certificate of conformity
    • электрожалюзи для окон, дверей, ворот (в комплекте с электродвигателем) — certificate of conformity
  • ТР ТС 031/2012About safety of agricultural and forestry tractors and trailers to them
    • устройства ограничения скорости — certificate of conformity
  • ТР ЕАЭС 043/2017About requirements to means of ensuring fire safety and fire extinguishing
    • Оборудование по обслуживанию рукавов пожарных напорных — declaration of conformity
  • ТР ЕАЭС 050/2021About safety of products intended for civil defense and protection from emergency situations of natural and man-made character
    • Аварийно-спасательные робототехнические средства — certificate of conformity
  • ТР ЕАЭС 052/2021On the safety of the metro rolling stock
    • Стеклоочистители для подвижного состава метрополитена — declaration of conformity

Checked: the consolidated list of Government Decree No. 2425 and the lists of 42 technical regulations out of 52 adopted. The others have no list by HS code, so see the full list of regulations.

How it is done in practice

Valid documents in the EAEU unified register for subheading 8479 89: certificates 1,504, declarations 16,264.

By technical regulation
ТР ТС 010/201111,219ТР ТС 020/201110,690ТР ТС 004/20115,942ТР ТС 032/2013572ТР ТС 012/2011405
Schemes
1д11,9825д1,7842д1,6551с7344д505The letter after the scheme number shows the form: certification or declaration of conformity.
Most active certification bodies
ООО «Гарант Плюс»ООО «Центр подтверждения качества»ТОО «Фирма Торговая палата»
Manufacturers outside the EAEU
China5,036Germany499Italy399Türkiye298United States217India105

Manufacturers of these goods →Check a supplier’s document by its number →

Dual use

Expert review needed

Goods fall under control by their technical characteristics, regardless of the code. Supplying without a licence when one is required is a criminal offence

  • Раздел 1 · Категория 1. Специальные материалы и связанные с ними оборудование и снаряжение

    • Системы, оборудование и компоненты → Оборудование, специально разработанное или модифицированное для обезвреживания самодельных взрывных устройств, приведенное ниже, а также специально разработанные компоненты и принадлежности для него:1.1.6.2 Подрыватели (разрушители)
  • Раздел 1 · Категория 3. Электроника

    • Системы, оборудование и компоненты3.1.3 Терморегулирующие системы охлаждения диспергированной жидкостью, использующие оборудование с замкнутым контуром для перемещения и регенерации жидкости в герметичной камере, в которой жидкий диэлектрик распыляется на электронные компоненты при помощи специально разработанных распыляющих сопел, применяемых для поддержания температуры электронных компонентов в пределах их рабочего диапазона, а также специально разработанные для них компоненты
  • Раздел 1 · Категория 6. Датчики и лазеры

    • Системы, оборудование и компоненты → Оптика (оптические оборудование (приборы) и компоненты) → Оборудование для оптического контроля:6.1.4.4.3 Кардановы подвесы, имеющие все следующие характеристики:
  • Раздел 1 · Категория 8. Морское дело

    • Системы, оборудование и компоненты → Судовые системы, оборудование и компоненты: → Винты, системы передачи мощности, энергетические установки и системы снижения шума: → Следующие системы снижения шума, разработанные для применения на судах водоизмещением 1000 тонн или более:8.1.2.10.2.2 Активные системы снижения шума или шумоподавления либо магнитного пеленга, специально разработанные для трансмиссионных систем
  • Раздел 1 · Категория 9. Авиационно-космическая промышленность и двигательные/силовые установки

    • Системы, оборудование и компоненты → Системы и компоненты, специально разработанные для жидкостных ракетных двигательных установок:9.1.6.6 Системы хранения топлива, в которых используются принципы его капиллярного удержания или принудительной подачи вытеснительными диафрагмами;
  • Раздел 2 · чувствительные товары · Категория 6. Датчики и лазеры

    • Системы, оборудование и компоненты → Оптика (оптические оборудование (приборы) и компоненты) → Оборудование для оптического контроля:6.1.4.2.3 Кардановы подвесы, имеющие все следующие характеристики:
  • Раздел 2 · чувствительные товары · Категория 8. Морское дело

    • Системы, оборудование и компоненты → Судовые системы и оборудование: → Следующие системы снижения шума, разработанные для применения на судах водоизмещением 1000 тонн или более:8.1.2.4.2 Активные системы снижения шума или шумоподавления либо магнитного пеленга, специально разработанные для трансмиссионных систем
  • Раздел 3 · весьма чувствительные товары · Категория 8. Морское дело

    • Системы, оборудование и компоненты8.1.2 Активные системы снижения шума или шумоподавления либо магнитного пеленга, специально разработанные для трансмиссионных систем судов водоизмещением 1000 т или более
  • Раздел 4 · вывоз по соображениям национальной безопасности · Категория 8. Транспортные средства

    • Системы, оборудование и компоненты → Запасные части и комплектующие изделия для вертолетов с максимальным взлетным весом более 4500 кг:8.1.6.3 Элементы систем запуска, управления и охлаждения двигателей, указанных в пункте 8.1.6.1: а) воздушные стартеры; б) агрегаты зажигания и автоматы пуска двигателя; в) электронные регуляторы двигателя; г) вентиляторы; д) автоматические панели пуска; е) блоки автоматического регулирования и контроля;
    • 8.1.6.7 Элементы топливной и гидравлической систем: а) насосы и насосы-регуляторы; б) автоматы разгрузки насосов; в) топливные регуляторы; г) баки топливные; д) гидроаккумуляторы;
  • Раздел 5 · ввоз по соображениям национальной безопасности · Категория 5. Оборудование для работы со взрывчатыми веществами и обезвреживания взрывных устройств

    • Оборудование для обезвреживания и подавления самодельных взрывных устройств5.2.2 Подрыватели (разрушители)

Checked: one control list of six: dual-use goods (Russian Government Decree No. 1299 of 19.07.2022). The other five lists (nuclear, nuclear dual-use, missile, chemical, biological) are not checked here.

EAEU non-tariff regulation

Unified list of non-tariff measures (EEC Board Decision No. 30 of 21.04.2015). List entries selected by code

  • 1.1banon import and exportpartial match

    Озоноразрушающие вещества и продукция, содержащая озоноразрушающие вещества, запрещенные к ввозу и вывозу*

    1 list entry

    Осушители воздуха

Tariff preferences

The code is on the EAEU list of preferential goods: for goods originating in a beneficiary country the duty is lower

Least developed countrieszero rate0%
46 countries

Burkina Faso, Guinea, Eritrea, Congo - Kinshasa, Timor-Leste, Afghanistan, Mauritania, Yemen, Cambodia, Lesotho, Laos, Bangladesh, Nepal, Tanzania, Palestinian Territories, Angola, Benin, Burundi, Haiti, Gambia, Guinea-Bissau, Djibouti, Zambia, Kiribati, Liberia, Madagascar, Malawi, Mali, Mozambique, Niger, Rwanda, Senegal, Myanmar (Burma), Sudan, Sierra Leone, Uganda, Chad, South Sudan, Syria, Solomon Islands, Comoros, Togo, Tuvalu, Ethiopia, Somalia, Central African Republic

The preference requires a document of origin and compliance with the direct consignment rule; customs checks the right to it at declaration.

Payments on import

Duty for this code: 0%. On top of the duty, on import into Russia you pay VAT of 22% (unless the goods are VAT-exempt) of the customs value including the duty (Article 160 of the Tax Code) and the customs processing fee — a fixed amount by value band. Customs value: the price of the goods, delivery to the border, local costs.

Import VAT in EAEU countries

  • Russia22%
  • Kazakhstan16%
  • Belarus20%
  • Armenia20%
  • Kyrgyzstan12%

Standard rate; each country has reduced rates and exemptions for some goods. The duty for the code above is the union one, the same for all

May be VAT-exempt

The exemption under list No. 1042 applies if the goods match the description and are registered as a medical device:

  • 8479 89 970 7 — Приборы и аппараты для медицинских лабораторных исследований 94 4300 (анализаторы состава и свойств биологических жидкостей медицинские; приборы и аппараты для санитарно-гигиенических и бактериологических исследований измерительные; приборы и аппараты для клинико-диагностических лабораторных исследований, кроме анализаторов; приборы и аппараты для санитарно-гигиенических и бактериологических исследований, кроме измерительных; комплексы и комплекты (наборы) для клинико-диагностических лабораторных исследований; комплексы и комплекты (наборы) для санитарно-гигиенических и бактериологических исследований; приборы и аппараты вспомогательные для клинико-диагностических, санитарно-гигиенических и бактериологических исследований общего назначения)
  • 8479 89 970 7 — Оборудование санитарно-гигиеническое, средства перемещения и перевозки 94 5100 (оборудование дезинфекционное; оборудование стерилизационное; оборудование моечное, оборудование для санитарной обработки; оборудование для очистки и обогащения воздуха; средства перемещения и перевозки медицинские (носилки, тележки и другие)
  • 8479 89 970 7 — Оборудование для кабинетов и палат, оборудование для лабораторий и аптек 94 5200 (термостаты электрические; установки стоматологические универсальные; оборудование кабинетов и палат; оборудование стоматологическое, зубопротезное, оториноларингологическое; оборудование рентгенологическое, радиологическое и равматологическое; оборудование лабораторное и аптечное; оборудование и агрегаты медицинские разные)
  • 8479 89 970 7 — Приспособления для одевания и раздевания (в том числе для застегивания пуговиц, для надевания и снятия предметов одежды, пуговицы специальные, стойка для надевания верхней одежды)

The right code is in the HS code search.