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AL20-D-FC CO2 Laser
Access Laser Co
The AL20 was designed for integration into an industrial manufacturing environment. Yet it still provides uncompromised performance with cost-effective reliability. With these traits in mind, the AL20 provides outstanding results when using any of the ALC technologies with fan-cooled stability.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 20 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
AL20-G-WC CO2 Laser
Access Laser Co
The AL20 was designed for integration into an industrial manufacturing environment. Yet it still provides uncompromised performance with cost-effective reliability. With these traits in mind, the AL20 provides outstanding results when using any of the ALC technologies with fan-cooled stability.
  • Gas Medium: CO2
  • Wavelength: 10 um
  • Output Power: 8 W
  • Mode Quality (M^2): <1.2
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L15-D-FC CO2 Laser
Access Laser Co
The L15 is ideally suited for high volume, design-integrated applications. The economical design allows for competitive pricing and leading performance among similar sealed, RF-excited CO2 lasers. 
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 15 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L5-LST-AOM-WCCL CO2 Laser
Access Laser Co
The L5 is a versatile laser platform, originally designed for highly demanding industrial environments required to mark and code printed circuit boards. However, this affordable system can be adapted for other high-performance applications simply by changing from fan cooling to water cooling.  
  • Gas Medium: CO2
  • Wavelength: 10.5 um
  • Output Power: 4 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L5-D-FC CO2 Laser
Access Laser Co
The L5 is a versatile laser platform, originally designed for highly demanding industrial environments required to mark and code printed circuit boards. However, this affordable system can be adapted for other high-performance applications simply by changing from fan cooling to water cooling.  
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 5 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L4-GS-FCCL CO2 Laser
Access Laser Co
The L4 is a pivotal design for researchers conducting power sensitive research in the mid- and longwave infrared spectral regime. The innovative design provides compatibility to the full array of Access Laser enabling technologies. Combining this flexibility with a compact and robust design, grants researchers and original equipment ...
  • Gas Medium: CO2
  • Wavelength: 10 um
  • Output Power: 0.2 W
  • Mode Quality (M^2): <1.2
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L4-G-13CO2-WC CO2 Laser
Access Laser Co
The L4 is a pivotal design for researchers conducting power sensitive research in the mid- and longwave infrared spectral regime. The innovative design provides compatibility to the full array of Access Laser enabling technologies. Combining this flexibility with a compact and robust design, grants researchers and original equipment ...
  • Gas Medium: CO2
  • Wavelength: 10.9 um
  • Output Power: 0.2 W
  • Mode Quality (M^2): <1.2
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L3-LS-Class IIIB-WCCL CO2 Laser
Access Laser Co
The L3 is the world’s smallest CO2 laser with a portable light source that can be battery powered for field use. The innovative design allows for air-cooled, fan-cooled or, in laboratory environments when power stability is critical, water-cooled options. 
  • Gas Medium: CO2
  • Wavelength: 10.5 um
  • Output Power: 0.4 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
L3-S-C18O2-FCCL CO2 Laser
Access Laser Co
The L3 is the world’s smallest CO2 laser with a portable light source that can be battery powered for field use. The innovative design allows for air-cooled, fan-cooled or, in laboratory environments when power stability is critical, water-cooled options. 
  • Gas Medium: CO2
  • Wavelength: 9.25 um
  • Output Power: 0.4 W
  • Mode Quality (M^2): <1.1
  • Beam Diameter: 2.4 mm
  • ...
Data Sheet
AUTOLASE CSG2-30-2 30-WATT CO2 LASER
Automated Laser Corporation
Our latest generation turnkey CO2 laser marking system is loaded with new features and improvements. Automated Laser’s marking systems continue to lead the industry offering higher resolution, more flexibility, and enhanced processing capabilities. The AutoLase CSG2-30, our most popular laser marker, is a 30-watt turnkey CO2laser ...
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 30 W
  • Mode Quality (M^2): Not Specified
  • Beam Diameter: -- mm
  • ...
Data Sheet
AUTOLASE CSG2-10-2 10-WATT CO2 LASER
Automated Laser Corporation
Our latest generation turnkey CO2 laser marking system is loaded with new features and improvements. Automated Laser’s marking systems continue to lead the industry offering higher resolution, more flexibility, and enhanced processing capabilities. The AutoLase CSG2-10, our most popular laser marker, is a 10-watt turnkey CO2laser ...
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 10 W
  • Mode Quality (M^2): Not Specified
  • Beam Diameter: -- mm
  • ...
Data Sheet
FH 8000 HIGH POWER LASER
PRC Laser Corp
FH SERIES 7000/8000-WATT LASERS FROM PRC OFFER MAXIMUM POWER AND PERFORMANCE TO CUT AND WELD MATERIALS OF MAXIMUM THICKNESS. THESE SINGLE ENCLOSURE LASERS NOT ONLY PACK POWER, BUT HAVE THE MODE QUALITY AND STABILITY SUITABLE FOR RELIABLE THICK PLATE CUTTING WITH CONTINUOUS OPERATION 24/7.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 8000 W
  • Mode Quality (M^2): >3
  • Beam Diameter: -- mm
  • ...
Data Sheet
FH 7000 HIGH POWER LASER
PRC Laser Corp
FH SERIES 7000/8000-WATT LASERS FROM PRC OFFER MAXIMUM POWER AND PERFORMANCE TO CUT AND WELD MATERIALS OF MAXIMUM THICKNESS. THESE SINGLE ENCLOSURE LASERS NOT ONLY PACK POWER, BUT HAVE THE MODE QUALITY AND STABILITY SUITABLE FOR RELIABLE THICK PLATE CUTTING WITH CONTINUOUS OPERATION 24/7.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 7000 W
  • Mode Quality (M^2): >3
  • Beam Diameter: -- mm
  • ...
Data Sheet
CH SERIES HIGH POWER LASERS
PRC Laser Corp
CH SERIES 4000/5000/6000-WATT LASERS FROM PRC OFFER HIGH POWER AND FIELD UPGRADEABILITY IN A MORE COMPACT AND RIGID ENCLOSURE. FOR EASE OF INTEGRATION THE CH SERIES IS HIGHLY CONFIGURABLE WITH RIGHT OR LEFT, UPPER OR LOWER BEAM OUTPUT POSITIONS, INTERNAL FOLDBACK CAPABILITY, AND INTERNAL ADAPTIVE OPTICS CAPABILITY.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 4000 W
  • Mode Quality (M^2): Not Specified
  • Beam Diameter: -- mm
  • ...
Data Sheet
PLS 4000 LASER
PRC Laser Corp
PLS SERIES 2500/3000/3300/4000-WATT LASERS FROM PRC FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES AND WELDING WORK CELLS. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY OF UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 10-25 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 4000 W
  • Mode Quality (M^2): >3
  • Beam Diameter: -- mm
  • ...
Data Sheet
PLS 3300 LASER
PRC Laser Corp
PLS SERIES 2500/3000/3300/4000-WATT LASERS FROM PRC FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES AND WELDING WORK CELLS. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY OF UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 10-25 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 3300 W
  • Mode Quality (M^2): >3
  • Beam Diameter: -- mm
  • ...
Data Sheet
PLS 3000 LASER
PRC Laser Corp
PLS SERIES 2500/3000/3300/4000-WATT LASERS FROM PRC FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES AND WELDING WORK CELLS. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY OF UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 10-25 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 3000 W
  • Mode Quality (M^2): <1.3
  • Beam Diameter: -- mm
  • ...
Data Sheet
PLS 2500 LASER
PRC Laser Corp
PLS SERIES 2500/3000/3300/4000-WATT LASERS FROM PRC FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES AND WELDING WORK CELLS. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY OF UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 10-25 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 2500 W
  • Mode Quality (M^2): <1.3
  • Beam Diameter: -- mm
  • ...
Data Sheet
GL 2000 LASER
PRC Laser Corp
PRC\'S GL SERIES 1000/1500/2000-WATT LASERS FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 5-10 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 2000 W
  • Mode Quality (M^2): >2
  • Beam Diameter: -- mm
  • ...
Data Sheet
GL 1500 LASER
PRC Laser Corp
PRC\'S GL SERIES 1000/1500/2000-WATT LASERS FEATURE A COMPACT DESIGN PERFECT FOR DIRECT INTEGRATION TO CUTTING MACHINES. GREAT FOR LASER RETROFITS ON FIXED OR MOVING SYSTEMS. THIS STATE-OF-THE-ART CO2 LASER BOASTS A DISCHARGE EFFICIENCY UP TO 25% AND LOW GAS CONSUMPTION OF ONLY 5-10 LITERS PER HOUR.
  • Gas Medium: CO2
  • Wavelength: 10.6 um
  • Output Power: 1500 W
  • Mode Quality (M^2): >2
  • Beam Diameter: -- mm
  • ...
Data Sheet

Did You know?

The first CO2 laser was developed by Kumar Patel of Bell Labs in 1965. Carbon Dioxide lasers provide the highest-power output in continuous wave operation currently available. They find applications in material processing such as cutting, engraving, welding, drilling, marking, laser surgery, LIDARs, etc. CO2 lasers typically emit at a wavelength of 10.6 μm, but there are other lines in the region of 9–11 μm. The lasing medium consists of CO2, Helium and Nitrogen, typically in the ratio of 1:1:8. CO2 lasers have a relatively low cost in relation to power capabilities, often less than $100 per watt.