In recent years, laser technology in the industrial sector has been undergoing tremendous growth (compact disks, laser printing, bar code readers, dimensional checks, etc.). Along with other so-called "traditional" marking technologies, laser's success skyrocketed, leading the way to a new dawn in identification. Accurate and indelible identification on all materials. Contact free, laser marking can be done on any material, regardless of hardness.
A diode-pumped ND:YVO4 laser offers outstanding marking quality thanks to its small spot size; optimal for marking accuracy on metal and plastic parts.
Designed for direct part marking of small characters or DataMatrix™ codes for electronic component identification, traceability of medical instrumentation, aeronautics parts, for example.
Industrial fiber Lasers are the result of the mix of Telecom's Technology with its long life time and low consumption and Printing Technology with its capability and reliability, because they are entirely fiber (no air, no mechanics), monocore (all elements are fiber coupled and sealed) and compact (fibers are rolled internally), machines equipped with this technology meet the industry needs: efficiently (no service) and robustness.
The optical power from these laser giving deep, contrasted marks on the hardest metals.
TD412 Extremely compact with its air cooling, the TD410 is designed for fast and easy integration to a production line. This technology, exclusively designed for integration and cost optimization.
TF410-TF420 With its light and robust marking head (cast aluminium), the fiber laser range are the ultimate design for integration in all industrial conditions: non stop working, critical environment, small volumes.
Composed of a fiber laser with a very high quality efficient beam, this machine will be able to meet the most stringent production requirements, quality, and performance exigencies.
LaserTop This class 1 marking station is perfectly suited for any type of object, thanks to its manual loading. Its motorized Z axis is used for fast and accurate identification of parts with various heights.