We offer a Co2 laser refill service and repair of optical and electronic breakdowns. Our service includes functional testing, parameter logging and helium leak checking, residual gas analysis, resonator adjustment and modulation testing. Finally we carried out a 15 minute stability test.
Recharge Co2 lasers is a complex process that requires high knowledge and the necessary infrastructure. Most quality European or US-made laser engraving machines incorporate laser tubes with RF technology. These types of laser tubes are very efficient and productive, they can last for many years and are highly stable. Recharging this type of laser is very cost-effective considering the number of hours of work it can perform.
Gas ion lasers in excess or negative pressure, CO² lasers with low output power or lasers with defective optics do not always have to be equipped with a new and expensive plasma tube! Since 2004, we have been one of the few providers worldwide to operate state-of-the-art turbo-molecular vacuum pumping stations for the service of CO² lasers, argon-krypton and mixed gas systems.
By using high-purity noble gases and a mass spectrometer for residual gas analysis, we are able to return ion lasers to the ideal gas pressure and thus significantly extend their service life.