Radio Frequency (RF) lasers, especially common RF-excited CO2 metal tube lasers, consistently command high prices. Consider this comparison: a traditional Direct Current (DC) glass tube laser resembles an affordable family car. An RF laser, conversely, parallels a high-performance, technologically advanced luxury sports car. These RF lasers are expensive for several...
The CO2 Laser Family From Sealed Cans to Micro Experts – A Detailed Look at Four Classifications
CO2 lasers are among the earliest, most widely used, and most mature high-power lasers. They boast high efficiency, high power, and excellent absorption by non-metallic materials. Consequently, CO2 lasers hold an irreplaceable position in cutting, engraving, and welding. While all CO2 lasers use CO2 gas as their core medium, manufacturers...
The Laser Welding Machine’s Respiratory System A Guide to Nozzle Selection
In the world of laser welding, the laser nozzle (also known as a gas shielding nozzle) plays two crucial roles: first, protecting the welding area from contamination, and second, safeguarding the expensive optical lens. Choosing the right laser nozzle is like selecting the perfect guide for a scalpel, leading to...