Experience

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.

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.

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.

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.

Mounting brackets are functional and useful retail equipment. They are used to mount devices used by the cashier such as a monitor, a fiscal printer, or a payment terminal. They are made from precision steel piping, steel sheet, and plastic connectors using laser cutting, bending, milling, and powder coating. The final assembly and picking take place on an assembly line. Assembled and complete brackets are packed and dispatched to customers. Thanks to the brackets, all devices are kept in one place in locations convenient for both the cashier and the customer. They improve working comfort and ergonomics. They can be delivered in any custom configuration selected from several sizes. You can pick the right monitor, printer, or terminal bracket and other equipment.

Stand for independent sending of letters and parcels weighing up to 5 kg and dimensions 325 x 230 x 100 mm. Thanks to its modular and ergonomic design, it can be installed in public areas.

It is made of durable, plasma-welded structure made of stainless steel profiles and several dozen bent elements made of: chromium-nickel, aluminum and galvanized sheets, which enable equipping the station with high-class modules and electronic devices. These include the control computer, label printers, fiscal printer, scale, touch monitor and other communication and signaling components. The whole is connected by a network of several dozens of electronic beams.

In addition, used bolts, electromagnets and locks  prevent hacking and interference in the operation of unauthorized persons. A durable paint coating made in powder coating technology at our company's paint shop and used chromium-nickel sheets give an aesthetic design and ease of use.

Professional, industrial 3D printer. High-quality materials were used for its production. The housing and mechanical components were made of steel, aluminium and brass, using laser cutting technology and automatic and classical milling, turning and bench work. At each of the phases of the production process, control of dimensions, flatness or axiality and surface class was carried out. The electronic subassemblies were assembled and tested in accordance with strict quality standards. The printer was assembled in a specialized stand system, with particular emphasis on controlling the operation of particular module, adjusting and tuning key modules, and final functional tests.

A professional, valve, stereo audio amplifier. High-quality materials were used in its production. The casing is made from chromium-nickel sheets and tube, using the technology of: laser cutting, plasma welding and proper surface grinding, welding or pressing of PEM’s for fixing electronics. The casing also contains turned and milled elements, which were made in accordance with the assumptions of the visual design. The electronic subassemblies have been assembled and soldered manually to minimize acoustic interference. Testing and tuning was performed using professional music modules generating analogue signals. The final technical acceptance was carried out in a professional listening room on the premises of the company.