Laser marking

Laser marking is the most advanced and technological process characterized by exceptionally high flexibility: the laser beam is not only freely guided over time and space, but also touches the surface with selected power of laser emission. Utilizing lasers of different emission wavelength determines a wide range of laser-markable materials. Therefore, this technique allows to directly mark metals, plastics, semiconductors, paint coated materials, various types of rubber, leather, hard and special-property alloys, wood etc, with high precision, topmost quality and unmatched speed.

The concept of laser marking is built upon the alteration of the surface being marked under the impact of laser emission. The laser beam locally heats up the material, changing thus its optical, chemical properties and geometrical adjectives, and causing melting and partial vaporisation of its surface. Therewith high resolution of laser marking is achieved and minimal thermomechanical impact is made on the workpiece. Laser marking is not sensitive to mechanical impact, cannot be hidden or erased without damaging the workpiece. It ensures a durable mark on the one hand and protects the article against counterfeit on the other.

The technique of laser marking possesses a number of advantages that account for its wide area of application in industry:

• wide selection of laser-markable materials;


• non-invasiveness at minimal thermomechanical impact;


• precision, high contrast, wear resistant image;


• high speed and productivity of marking the information;


• marking areas difficult of access


Direct part marking

• metal laser engraving;


• laser engraving on plastic, glass, wood


Product nameplates manufacturing

• industrial nameplates in metal and plastic


Warranty stickers manufacturing

• self-destroying warranty stickers manufactured from a 3M film


Control boards manufacturing.