CO2 Laser Marking Machine Supplier in Melaka
Selected tag
Tag Selection
CO₂ laser engravers get their name because they use CO₂ gas as their laser medium. It works by generating plasma from CO₂ gas inside of a tube, amplifying that light between a reflective mirror and output coupler, and then output as a laser beam. The output laser beam has a wavelength of 10600 nm and due to this long wavelength they are extremely heat dependent.
More Details...
CO₂ laser engravers get their name because they use CO₂ gas as their laser medium. It works by generating plasma from CO₂ gas inside of a tube, amplifying that light between a reflective mirror and output coupler, and then output as a laser beam. The output laser beam has a wavelength of 10600 nm and due to this long wavelength they are extremely heat dependent.
More Details...
CO₂ laser engravers get their name because they use CO₂ gas as their laser medium. It works by generating plasma from CO₂ gas inside of a tube, amplifying that light between a reflective mirror and output coupler, and then output as a laser beam. The output laser beam has a wavelength of 10600 nm and due to this long wavelength they are extremely heat dependent.
More Details...
CO₂ laser engravers get their name because they use CO₂ gas as their laser medium. It works by generating plasma from CO₂ gas inside of a tube, amplifying that light between a reflective mirror and output coupler, and then output as a laser beam.
The output laser beam has a wavelength of 10600 nm and due to this long wavelength they are extremely heat dependent.
More Details...