If fiber lasers are the "heavy artillery" for metal processing, then the CO2 laser functions as a precise, multi-functional "Swiss Army knife." Its unique wavelength (typically 10.6µm) facilitates efficient absorption by most non-metallic materials and human tissues. Therefore, the CO2 laser has unlocked immense application potential far beyond traditional cutting...
The Sweet Spot: How to Master CO2 Laser Power and Speed
Getting the perfect laser cut or engraving is all about balance. Three things matter most: Laser Power (P), Processing Speed (V), and Focus Depth (F). They work together, and when you understand their relationship, you can turn your CO2 laser into a powerhouse of precision and efficiency. The "Big Three":...
Water Cooling, Air Cooling, and RF Excitation A CO2 Laser Tube Buying Guide – Balancing Precision and Cost
In laser processing, power and speed often capture attention. Yet, a laser tube's core mechanisms – its excitation method and cooling structure – truly determine long-term equipment performance and processing quality. CO2 laser tubes, based on these key technical differences, fall into two main categories: Direct Current (DC) excited glass...