LightWAVE KT100 - 100 watt CO2 Laser
Description
The LightWAVE laser source is popular among system integrators looking to process woods, plastics, rubbers, paper products, leather, textiles, metals and many more materials.
LightWAVE KT100 - 100 watt CO2 Laser
Specifications |
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Gas Medium: | CO2 |
Wavelength: | 9.3 and 10.6 um |
Output Power: | 100 W |
Mode Quality (M^2): | <1.2 |
Beam Diameter: | 6 mm |
Beam Divergence (Full Angle): | 2.5 mrad |
Polarization: | Circular, Linear |
Cooling: | Water-to-Water, Water-to-Air |
Features
The KT100 LightWAVE laser has an integrated red beam diode, an internally collimated beam, integrated RF, a near perfect M^2 value and a common footprint to the KT150 and KT200 laser models.
Applications
The LightWAVE laser source is popular among system integrators looking to process wood, plastics and even light gauge metals.
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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Ships from:
United States
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Sold by:
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On FindLight:
since 2016
Frequently Asked Questions
The laser characteristics of the LightWAVE KT100 laser include liquid cooled, RF excited, wide operating power range, exceptional power stability ±5%, fast rise and fall time <50 µsec, pulsed up to Quasi-CW operation, and under 50 lbs.
The standard features of the LightWAVE KT100 laser include metal sealed laser cavity, integrated red beam, internally collimated, circular polarized, integrated RF, common footprint, overbuilt electronics, and manufactured in the USA.
The KT100 LightWAVE laser has an integrated red beam diode, an internally collimated beam, integrated RF, a near perfect M^2 value and a common footprint to the KT150 and KT200 laser models.
The LightWAVE laser source is popular among system integrators looking to process woods, plastics, rubbers, paper products, leather, textiles, metals and many more materials.
The electrical requirements for the LightWAVE KT100 laser include DC input voltage of 48 V DC, peak current of 75 A DC, and continuous current of <35 A.