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Experience

Mounting bracket components

Mounting bracket components

The sidearm is made from precision steel piping, laser-cut and TIG-welded at 90 degrees. It is powder-coated. Polyamide sleeves were turned automatically, and the arms can be adjusted in two axes.  Threaded openings in the sidewalls can be used with screws to lock the bracket in position.

Mounting bracket components

Mounting bracket components

Frame pipes made from precise steel piping, which was laser-cut and TIG-welded with a steel sheet base with openings to mount the top. It is powder-coated. Thanks to the variable length of the frame pipe, it can support various mounting bracket components.

Mounting bracket components

Mounting bracket components

This component is made from laser-cut, bent steel sheet. It can hold many models of payment terminals thanks to its side holders adjusted with mounting thumbscrews. The sleeve is made from precise piping. After it is laser-cut, milled, and assembled with a bracket, it can change the position of the terminal in two axes thanks to special connectors and a polyamide sleeve. Most of its parts are powder-coated.

Mounting bracket components

Mounting bracket components

It is made from laser-cut steel sheet, VESA 75x75 standard. Its axis is mounted in a special steel sheet bracket TIG-welded to a precise pipe sleeve. With this component, you can fit a monitor, tablet, or display at any angle from 0 to 180 degrees. It is powder-coated. The component goes with a polyamide sleeve for 360-degree rotation.

The front frame of the casing of the passenger information display panel

The front frame of the casing of the passenger information display panel

Made of hot-dip galvanized sheet, 2 mm thick and supplemented with PEM’s, using the technology of: laser cutting, edge bending, pressing PEM’s riveting and powder coating. Maintaining dimensional tolerances of each of the mounting points of separate panels, with external dimensions of the panel ranging from 1000 to 2000 mm, was ensured by using special equipment. The cover was powder-coated, which ensures a smooth texture and resistance to external weather conditions in order to meet the aesthetic requirements of the cover. The presented fragment shows the method of riveting corners using blind rivets. The proper strength of the connection of each of the four corners and the preservation of the angle of 90 degrees was obtained by using a special tool.

Subassemblies of the casing of passenger information display panel

Subassemblies of the casing of passenger information display panel

Made of hot-dip galvanized sheet, 2 mm thick and supplemented with PEM’s, using the following technology: laser cutting, edge bending, pressing PEM’s, riveting and powder coating. Maintaining dimensional tolerances of each of the mounting points of separate panels, with external dimensions of the panel ranging from 1000 to 2000 mm, was ensured by using special equipment. The casing was powder coated which ensures a smooth texture and resistance to external weather conditions in order to meet the aesthetic requirements of the casing.

Subassemblies for hanging the external LCD / LED display

Subassemblies for hanging the external LCD / LED display

Made of aluminium sheet 4 mm thick, using technology of: punching, edge bending and welding of reinforcements and brackets. Maintaining the dimensions and angle of bending at each point of each element over 2000 mm long and the strength of the connection of welded elements and pressed into the essential element was ensured. This is essential in the further assembly process with a given display screen. Resistance to various atmospheric conditions during operation is ensured by powder coating, with a powder paint appropriate for these conditions.

Subassemblies for hanging the external LCD / LED display

Subassemblies for hanging the external LCD / LED display

Made of hot-dip galvanized steel sheet, 3 mm thick, using the following technologies: punching and edge bending. It was ensured that the dimensions and bending angle were maintained in each point of each element over 1000 mm long. This is essential in the further assembly process with a given display screen. Resistance to various atmospheric conditions during operation is ensured by powder coating with a powder paint appropriate for these conditions.
Presented devices and subassemblies were presented with the consent of our partners. We do not present products covered by the confidentiality clause or agreements reserving the anonymity of the producer.