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Experience

Cover of the power supply device

Cover of the power supply device

Made of aluminium sheet, with the use of laser cutting technology and pressing of appropriate PEM’s (pins and threaded sleeves), it guarantees a reliable fastening of PCB’s and electronic modules. The use of an appropriate masking method before the powder coating operation allows for the effective independent mass circuit or shielding of power systems.

Cover of the power supply device

Cover of the power supply device

Made of aluminium sheet, with the use of laser cutting technology and pressing of appropriate PEM’s (pins and threaded sleeves), it guarantees a reliable fastening of PCB’s and electronic modules. The use of an appropriate masking method before the powder coating operation allows for the effective independent mass circuit or shielding of power systems. The fragment of the component presents the possibilities of effective implementation of an independent mass circuit or shielding power systems by means of proper masking of connecting elements prior to the powder coating process.

Parts of the wa-wa music device

Parts of the wa-wa music device

The parts of a specific musical device, operated by a guitarist with feet, were made of high quality mechanical materials, using the technology of automatic punching, edge bending, pressure welding, welding and appropriate bench work. The external paint coating is made in powder coating technology and the inscriptions were made using pad printing and screen printing technologies. High quality materials were used to ensure high quality during quite extreme exploitation.

Metal casings for musical devices

Metal casings for musical devices

Casing parts made of steel sheets with a zinc or electrolytic zinc coating, using the technology of sheet metal forming: mechanical punching or laser cutting, bending on press brakes, pressing of PEM’s. The external paint coating is made in powder coating technology and the inscriptions were made using pad printing and screen printing technologies. High quality materials were used to ensure high quality during quite extreme exploitation.

3D printer cooling module parts

3D printer cooling module parts

The part is made of high quality aluminium materials, using laser cutting technology, automatic milling and bench work. At each stage of the production process, the dimensions, flatness and class of the surface, especially the edge, are controlled. The elements supply a coolant to the printer head and the accuracy of the performance affects the tightness of the cooling module.

Extruder and 3D printer head parts

Extruder and 3D printer head parts

Parts of the extruder module and the 3D printer head made of high quality aluminium materials, using laser cutting technology, automatic milling and bench work. In each of the production process phases, the dimensions, flatness and class of the surface are controlled.

3D printer axis parts

3D printer axis parts

Parts for construction of the 3D printer axis module made of high quality steel and aluminium materials, using laser cutting, milling or turning technology. In each of the production process phases, a flatness or axiality check is performed.

Nozzle of 3D printer head

Nozzle of 3D printer head

A key element of any 3D printer, working in extreme temperature conditions, used to form a thread of plastic in the process of printing. Made of brass in automatic turning technology, using high-quality cutting tools.  
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.