Portfolio - GOLINSKIY

Recent Works

Roll Bending Lines

Roll forming machine for “Structural Stud”

Roll Bending Lines

Roll forming machine for “Structural Stud”

Light steel thin-walled structures (LSTS) is a building structure made of thin steel used for the construction of a prefabricated building.

I have developed a line to produce a profile from 1m to 12m, with a sheet thickness of 1.5 and 2.5mm.

The profile is used for the construction of industrial hangars. Also, when using other sets of rollers, it is possible to produce a thermal profile for the outer walls of residential premises.

Line composition:

Uncoiler of rolled galvanized steel;
Hydraulic stamp;
Roll forming machine;
Hydraulic shears;
Reception table;
Automatic control system.

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Roll Bending Lines

Automatic roll forming machine for “Joist”

Roll Bending Lines

Automatic roll forming machine for “Joist”

Light steel thin-walled structures (LSTS) is a building structure made of thin steel used for the construction of a prefabricated building.

I have developed a line to produce a profile from 1m to 12m, with a sheet thickness of 1.2mm.

Line composition:

Uncoiler of rolled galvanized steel;
Hydraulic stamp;
Roll forming machine;
Hydraulic shears;
Reception table;
Automatic control system.

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Roll Bending Lines

Automatic roll forming machine for “Drywall Stud”

Roll Bending Lines

Automatic roll forming machine for “Drywall Stud”

Light steel thin-walled structures (LSTS) is a building structure made of thin steel used for the construction of a prefabricated building.

I have developed a line to produce a profile from 1m to 12m, with a sheet thickness of 0.8mm.

Line composition:

Uncoiler of rolled galvanized steel;
Hydraulic stamp;
Roll forming machine;
Hydraulic shears;
Reception table;
Automatic control system.

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Roll Bending Lines

Automatic roll forming machine for “Connector”

Roll Bending Lines

Automatic roll forming machine for “Connector”

Light steel thin-walled structures (LSTS) is a building structure made of thin steel used for the construction of a prefabricated building.

I have developed a line to produce a profile from 1m to 12m, with a sheet thickness of 0.8mm.

Line composition:

Uncoiler of rolled galvanized steel;
Hydraulic stamp;
Roll forming machine;
Hydraulic shears;
Reception table;
Automatic control system.

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Prod Automation

Assembly machine for conveyor chain segments

Prod Automation

Assembly machine for conveyor chain segments

This device is designed for automatic assembly of a conveyor chain, which consists of plastic segments and steel axles.

During the production of plastic segments of the chain, the technology was violated, due to which the hole into which the steel bar is pressed into had to be drilled.

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Prod Automation

Automated robot for TPA

Prod Automation

Automated robot for TPA

The robot-remover is intended for removal of plastic details from TPA. The robot can perform translational movements along three axes and rotate the working body along the Z axis.

The main task that stood at the forefront was the development of a simple and inexpensive manipulative robot, at the same time functional and fault-tolerant.

Given the fact that the robot was needed for our own production of injection molding machines and the required number was small (7 machines), I used an aluminum structural profile as a frame. Delta motors were used as a drive. Thanks to the high-precision guides and rack gears from HIWIN, the robot works with an accuracy of 0.1mm.

Thanks to the use of vacuum systems from FESTO, the robot was able to work with parts up to 4kg.

Automation of production processes is one of the main ways to increase the efficiency of the company and reduce the cost of products. Industrial robots play a key role in automation.
The use of industrial robots and manipulators makes it possible to relieve personnel from heavy and monotonous technological operations, achieve a high degree of standardization of products, increase productivity and improve product quality.

Contacts with me

@sergey_golinskiy

eng@golinskiy.com

Skype

sergey.golinskiy

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