We are properly qualified to perform TIG, MIG and MAG welding, confirmed by certificates compliant with PN-EN ISO 3834-2, PN-EN 1090-2 standards. We are qualified to perform welding works in the scope of structural elements of CL 1 rail vehicles in accordance with the PN-EN ISO 15085 standard. We have a modern welding shop equipped with Siegmund 28 Professional welding tables. We make steel structures such as halls, carports and precise steel structures, such as: transport racks for transporting insulated glass and elements for industry, hoppers, supports for industry and elements of small architecture. We are VT1/VT2 certified for visual weld testing. We cooperate with an accredited laboratory in the scope of non-destructive testing of metal structures.

We have the latest technological solution currently available in the market for thermal and plasma cutting. We precisely cut large sheet metals of great thickness, manufacturing a product of the highest quality. Perfect cutting results are possible thanks to the Eckert PLASMA CUTTER. Both plasma cutting and the ventilation system enable high dynamics and precision in cutting sheet metals, pipes, profiles and materials with a thickness of 0.5 mm to 30 mm. Working area from 1500 mm to 3000 mm. We cut angles without deformation, flat bars, round and square bars.

We offer the following products:

• girder legs,
• poles legs,
• sheet metals of various shapes,
• handles for walls and tanks,
• other precision components.

Bending of pipes and profiles is performed on a mandrel pipe bender and a press brake with a pressure of 160 tonnes. We bend sheet metals up to 10 mm thick. We perform plane and spatial bending of sections and profiles. We make various types of moulds and bend pipes with diameters from Ø6 to Ø100.

Internal and external metal flanging is performed with the KSE 12/10 machine. Round blanks 70-1000 mm. Sheet metal 2 mm thick.

• hot dip galvanisation
  The process of mechanical applying a zinc coating, resistant to steel. A zinc coating is formed on both sides of steel as well as on the inner and outer surfaces of the closed profiles. In the alloying process zinc adheres to steel between steel and zinc. It creates a mechanically tough, durable and impermeable coating that protects steel owing to the special electrochemical system.


• powder coating
  It consists in applying electrified particles (20-100 μm) of powder paint to the conductive surface. The deposited layer of powder remains on the surface of the painted detail due to electrostatic forces.
  Basic advantages of powder coating:
  • no emission of solvents and thinners to the environment,
  • almost 100% use of painting material (possibility of recovery of non-deposited powder particles),
  • significant energy savings thanks to the possibility of using closed ventilation systems,
  • the obtained coatings, thanks to their thickness (60-80 μm), perfectly mask the inaccuracies of mechanical processing,


• polishing
  Finishing treatment aimed at obtaining the desired smoothness and gloss of the surface of the polished object. Polishing is usually performed with soft (felt) discs and abrasive materials (e.g. polishing pastes) or by electrochemical methods. Metal polishing is necessary to improve the appearance of metal products as well as to obtain surfaces with high quality parameters.


• anodising
  Surface treatment of metals by electrolytic production of an oxide layer. Anodising is mainly used for aluminium and its alloys, but can also be used for some types of steel, titanium and magnesium alloys.


• satin finishing
  Processing of stainless steel or metals prone to contamination. This leads to the maximum clean, whole, uniform and often shiny surface.


• chrome plating
  Covering metal items with a chrome coating. It is used to increase wear resistance, improve thermal properties or for decoration.