|
Laser Marking and Engraving, Fiber Laser Marking system
Our laser marking and engraving systems are widely used with success to apply computer-generated images on instruments, panels, measuring scales, devices, keyboards, signs and displays, manufacturing of labels, identification tags, etc. Today manufacturers in the electronic and semiconductor industry, the automotive industry, medical technology, jewelry and souvenir industries are using marking for as a method of identifying parts. |
|
Application:
systems are used to apply computer-generated images on instruments, panels, measuring scales, devices, keyboards, signs and displays, manufacturing of labels, identification tags, etc. manufacturers in the electronic and semiconductor industry, the automotive industry, medical technology, jewelry and souvenir industries are using marking for as a method of identifying parts.
Materials:
stainless steel, titanium , copper alloys, aluminum, painted metal surfaces, foil and many other alloys. wide variety of nonmetallic materials such as ceramics, crystallized glass, plastics, polymers, semiconductor, etc. |
|
sample gallery
Main
units:
Laser: Diode Pumped Ytterbium Fiber Laser
These powerful marking lasers combine high peak power and high beam quality to allow for marking a wide range of materials.
Fiber precision laser marking systems have very important capabilities:
Main
performance specifications:
| Wavelength, µm
|
1.02-1.07 |
| Repetition rate , kHz |
20-100 |
| Average power, W |
10; 20; 50 |
| Pulse width, ms |
0.05-0.08 |
| Size of XY-table, mm |
110 x 110 |
| Positioning accuracy, µm |
less than 5 |
|
|
