Laser bonding technology offers a unique solution for permanent high contrast high resolution marks on a wide variety of surfaces including metals ceramic glass and more.
Cermark laser settings for glass.
Power settings that are too high can melt and distort many materials.
There are numerous variables that affect what settings you should use.
De 3 rotary engraver parts.
Physical address engravers network 637 107th st arlington tx 76011 engravers network 505 n sam houston pkwy e suite 355 houston tx 77060.
Gcc mg380 laser parts.
The type of substrate thickness of the substrate and the substrate s ability to conduct heat will influence the power needed to make a mark on it.
If possible you should always perform a power grid on a practice piece to determine the optimum setting.
Gcc s400 laser parts.
When using cermark metal marking solution remember that not all metals use the same speed setting.
Every laser is different and you will have to do testing on your system to determine specific power and speed settings for each laser.
Co2 laser wavelength causes cracking in glass.
Much improved glass marking there is a much greater ease of glass marking at a wider range of settings and much less coating thickness will be required.
The most common problem with the cermark process is when the mark washes off.
Diamond and burnishing cutters.
This is caused by laser power and speed settings not being correct the laser is out of focus or optics need to be cleaned.
It is sometimes difficult to determine the best laser power and speed settings for cermark materials.
Gcc spirit gls hybrid parts.
This coating will also create deep black marks at a very wide range of laser power and speed settings.
Parallel ada specialty.
Same application handling qualities as cermark lmm 6000.
Different types of metal require different power and speed.
For example aluminum conducts heat much better than steel so it will.
We supply cermark special coatings for use with co2 and fiber laser marking engraving systems to make high contrast permanent marks on metals glass and ceramic items.
In order to minimize damage to glass with a co2 laser it is essential to use low power and slower speeds in an attempt to melt the material onto the glass without damaging it.
