To ensure maximum operating reliability and eliminate early-field failures, every CO2 laser tube passes through a comprehensive 3-stage aging and stability verification protocol before release.

Our dedicated 10-hour stability aging process is structured across three distinct manufacturing checkpoints:

  • Stage 1: Outgassing & Impurity Burn-In: Following glass assembly and gas filling, the preliminary high-voltage activation burns off internal residual gas impurities and conditions the catalyst cathode surface for stable glow discharge.

  • Stage 2: Core 8-Hour Full-Load Stability Aging: After precise mirror optical alignment, the completed laser tube undergoes an 8-hour continuous full-load burn-in test. Real-time data loggers record power stability, thermal equilibrium, and beam profile consistency ($TEM_{00}$).

  • Stage 3: 2-Hour Pre-Shipment Re-Verification: Prior to final optical packaging, a secondary 2-hour burn-in is conducted to verify power stability and ensure zero performance degradation after storage.

  • 100% Factory Quality Guarantee: Combining for a total of 10+ hours of dedicated aging, this rigorous workflow ensures that every shipped unit delivers stable, predictable output power from the very first spark in your machinery.