CO2 Laser tubes and replacement sources

CO₂ laser tubes operate in cycles, which over time affects their performance – power loss, poorer edge quality, or the need for higher speeds/multiple passes are typical signs of wear. Selecting and installing a new tube correctly, along with stable cooling, ensures consistent quality and reduces downtime.

Key factors to consider when choosing:

• Power and application – match to the materials being processed and the intended workload (serial production vs. prototyping).
• Compatibility – consider length, diameter, connection method and electrical/mechanical compatibility with your machine.
• Cooling – match the tube to your chiller’s capacity and maintain stable coolant temperature within the recommended range.
• Working conditions – keep a clean, ventilated workspace and ensure proper ambient temperature to maintain stable performance.
• Installation and alignment – precise adjustment and optical path calibration reduce power loss and improve cutting edge quality.

Operation and maintenance:

• Regularly monitor coolant level and condition, flow efficiency and connection tightness.
• After tube replacement, perform calibration and test runs on reference materials; record process parameters for consistency.
• Schedule preventive inspections – a simple way to extend component lifespan and maintain predictable production.