=> CO2 Laser Cutter
With low power consumption , relatively low price and high efficiency , this laser cutting technology is the most ideal for customers and spare parts manufacturers .
The laser source is generated from a gas mixture that is composed mainly of carbon dioxide. Furthermore, CO2 lasers are also compatible with the widest range of materials .
=> Neodymium Laser Cutter
Created with neodymium doped crystals, this laser has a much smaller wavelength and higher intensity compared to CO2 lasers.
This allows laser cutting through thicker and stronger materials , including metals and some ceramics.
The disadvantage of this type of laser is that the parts of the machine wear out very quickly and require a higher degree of maintenance.
=> Fiber Optic Laser Cutter
Created from a so-called “seed laser” and amplified through special glass fibers .
This laser source has a high intensity that rivals Neodymium, but is easier to maintain due to the way they are constructed.
Fiber-based laser engravers are used primarily for laser marking processes , which involves marking or labeling work pieces with information.