engineering

Petroleum products and other materials with a high percentage of hydrocarbon can change their main operational properties due to biological influences. Thus, a high-performance biocide for the protection of petroleum products, emulsions, emulsols, paints and primers, lubricating and cooling liquids, mineral oils, equipment for water circulation systems and refinery chilling, materials and equipment at plants from biofuels was proposed.

Assembly automatic machines are used for assembling of the small parts of any technological use. They are based vibratory hopper feeder providing parts for assembling. Usually the assembling is implemented on the basis of hydro- and pneumatic automatic.

The required technical characteristics can be provided on request.

Vibratory bin feeders provide technological operations with the various technical workpieces and parts.

The feeder bowl has a helical path on its inner or outer surface. The work pieces or parts are on the bottom of the bowl and execute a motion upward along the helical path due to vibrations.

The output parts are arranged in line with a certain orientation. The vibratory feeders allow smooth control of operation and motion of the parts of different shapes.

The extruder is designed for manufacturing the pellets by cutting the molten mass of the product in the injection molding machines.

Technical specifications

Diameter of the output extruder – 150 mm
Pellets length – 3-20 mm
Frequency of the knife rotation – 40-150 rev/min

Specifications of the knife drive:

• power – 0.75 kW
• voltage – 380/220 V
• frequency – 50 Hz

The automatic machine is designed for pre-packing and packing of the liquid and viscous products with the filling date. Products are packed into the bags made of the sealing material such as polyethylene. The automatic machine consists of packing and dosing devices. The dosage is made by the volumetric piston. The package formation, filling, sealing and date-filling processes are automated. To connect the joints we use impulse welding of the material.

Technical specifications

The automatic machine is designed for pre-packing and packing of the powder, granular, grain food products and other bulk solids in food, chemical and other industries into the bags made of single and multi-layer sealing film. The automatic machine can be equipped with different types of dispensers.

Technical specifications

The automatic machine is designed for pre-packing and packing of the powder, granular, grain food products and other bulk solids in food, chemical and other industries into the bags made of single and multi-layer sealing film. The automatic machine consists of packing and dosing devices. The dosage is volumetric. The package formation, filling, sealing and date-filling processes are automated, formation of the next bag and sealing of the previous one are simultaneous. The date-filling on the film is made by the special device, and the bags are cut from each other with edge.

Vibrating conveyors are used for inter-operational transportation of theworkpieces and parts. The parts oriented in a particular direction, move on the tray one by one due vibration. There is a possibility to control the parts orientation on the vibrating conveyors. They are often used as equipment installed after the hopper vibrating feeders.

The required specifications can be provided on request.

Vibrating machines are designed for volumetric processing of the products using the abrasive materials, so that it allows removing the barbs, gates, etc. The use of filler of carbide materials strengthens the surface during the vibration processing. Products in the container can be placed in a heap or fastened to the special devices.

The machines are equipped with the vibration separators for separation of the processed parts from the processing environment.

The required technical characteristics can be provided on request.

It allows constant monitoring of the metal structures (e.g. bridges, cranes, aircraft frames, turbine blades), which are constantly effected by the different loads, and preventing the accidents.

Development of methods for optical analysis of the microstructure of metal constructions allows us to control the material condition, identify the cracks origin and warn about the preaccidental condition.