Easy to Install
Pre-connected cathode wire and anode wire allow you to connect this laser tube and laser engraver machines with a few link steps. The water outlet and inlet make cooling water flow efficiently.
This laser tube is made of borosilicate glass, copper, and plastic. The metal head is hard to crack, ensures stable structure, laser beam quality and output power, and helps achieving better heat control while operating.
The excellent design and materials of this replacement laser tube create a durable hermetic seal and offer superior heat dissipation to give you a maximum service life of 12,000 hours of operation at low-intensity settings. Use high-pressure protective sleeve, effectively solves some problems that often happen on others tubes, such as power leakage, static electricity, poor contact, etc. Also, the two layers ensure its stronger sealing, higher safety and anti-falling.
Product Length: 65” (1650mm)
Product Diameter: 80mm
Product Weight: 47.4 lbs ( 21.5 kg )
Allowable Humidity: <85%
Power Stability: ±5%
Wavelength: 10,640 nm
The 130W borosilicate glass CO2 laser tube, with an expected service life of 12,000 operation hours depending on the power setting
Attention: Running the machine at a high power frequently will surely shorten the service life of the laser tube as follows:
Minimum Power 10–40% → laser tube lifespan 11,000–12,000 Hours
Optimal Power 40–70% → laser tube lifespan 9,000–10,000 Hours
Not Recommended but Accessible Power 70–100% → laser tube lifespan 6,000–7,000 Hours
130W Laser Tube *1
A 1-year warranty on 130W CO2 laser tubes
Some tips about delivery in the continental US (except preorder)
You will get the tracking number within 2 business days.
The delivery time varies from 3 to 7 business days.
If your address is outside the continental US, Please read the Shipping Policy carefully before buying.
If the arrived outer package is damaged, please refuse to sign for it and take a photo, then contact Monport via firstname.lastname@example.org.
We are very glad to help you with the exchange process.