For RF-excited CO2 lasers (typically metal or ceramic tubes), stable performance and long lifespan are crucial. Indeed, these depend significantly on a high-precision thermal management system. Specifically, this system is a water chiller system. Many people believe water cooling just prevents overheating. However, this water chiller system's function runs deeper....
Unlocking Precision Processing: DC to RF – Understanding Laser Upgrade Costs.
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...