Laser marking

Graphix is an all-in-one station for marking small to medium-sized parts. It uses fibre laser technology. It provides maximum safety for your operators. Its marking possibilities are multiple: alphanumeric characters, logos or Datamatrix. Its advantage? An intelligent software with a material database to make markings in only 2 clicks! Simply select the material of the part and the desired marking effect. This makes it possible to do away with the complicated settings required to carry out laser marking, and thus to make it accessible to everyone. But that's not all! Technomark has also developed a marking head with an on-board camera that allows the rendering and positioning of the marking on the screen. You no longer need to move the part to ensure that the marking is correctly positioned, it adapts to your part because everything can be controlled from the screen. Accessories are also available to meet all your needs: automatic door, rotating axis, side openings...

COLD LASER PERMANENT MARKING Cold laser marking refers to marking and treatment carried out with minimal thermal stress. Laser beam concentration allows direct marking without generating heat into parts, avoiding any burning or deformation. This permanent marking doesn’t alter the material and is an ideal solution for identification marking on soft materials and sensitive components. ULTRA-HIGH-DEFINITION MICRO MARKING Gravotech has developed green laser heads that guarantee small and fine markings. It offers an extremely thin spot size of 20 μm for micro markings with exceptional resolution while limiting thermal stress on the material. Small 2D Datamatrix, detailed logo, precise removal of thin layers of coating. MARK THE IMPOSSIBLE WITH THE GREEN LASER This range uses a 532 nm wavelength to mark materials that would not normally react to infrared wavelengths: from rough to the most transparent plastics, reflective metals (copper, silver, gold), ceramic, cardboard, wood.

High precision automated laser marking is a process of marking or engraving a material using a high-powered laser beam. This process is widely used in a variety of industries including medical, automotive and smart devices manufacturing. The laser beam can mark materials such as metal, plastic and glass with extreme accuracy and detail down to micron scale. This makes it possible to mark the smallest materials and components.

Surface finish and cavity engravings through a fine process of laser marking.