RF-excited CO2 Laser

  • Update:Mar 10, 2020
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These RF-excited CO2 lasers are made in USA and are widely used in the processing of non-metals such as plastic organic materials BBS etc. CO2 laser tube is based on Our proven Ceramic Core Technology.

Product Introduction

1. STS Series RF-excited CO2 Lasers

STS-32 Series: 5W Laser

The STS-32 Series features the only RF-integrated 5 Watt CO2 laser available, the STS-32-1. A 5 Watt CO2 laser is a unique piece of equipment, and the new STS-32-1 is the perfect solution for PCB marking applications where end-users demand smaller machines for compact factory settings. The STS-32-1 is also the industry's smallest CO2 laser, setting a new benchmark for low power, industrial grade CO2 lasers. Many sensitive marking applications currently use higher power lasers and bleed off the excess laser power to avoid burn-through and excessive melting. Engineered specifically for marking and coding on sensitive materials, the STS-32-1 uses less energy than higher power lasers, reducing operating costs.

Model

STS-32-1

Output Power

5 W

Mode Quality

< 1.2

Rise/Fall Time

< 150/150 µsec

Beam Diameter

2.3 + 0.5 mm

Wavelength

10.6 + 0.03 µm

Power Stability from cold start (guaranteed)

+ 15% (~10% typ)

Cooling

Air

Heat Load (max)

150 W

Input Voltage/Current

30 VDC + 2.0/4 A

Dimensions (mm)

284 x 71 x 106

Weight

7 lbs. (3.18 kg)

STS-48 Series: 8W - 50W Lasers

Our original “all-metal” tube technology opened the door for sealed CO2 lasers in industrial applications. After more than 25 years, our 48 Series remains the industry standard for performance, reliability, long life, and low cost. The 48 Series is the most compact laser from us and is the workhorse for integrating onto marking, engraving, and small cutting systems where performance and reliability in industrial environments are essential.

Model

STS-48-1

STS-48-1W

STS-48-2

STS-48-2W

STS-48-5W

Output Power

8W @ 9.3µm; 10W @ 10.6µm

8W @ 9.3 µm; 10W @ 10.6µm

18W @ 9.3µm; 25W @ 10.6µm

18W @ 9.3 µm; 25W @ 10.6µm

50W

Mode Quality

M² < 1.2

M² < 1.2

M² < 1.2

M² < 1.2

M² < 1.2

Rise Time

< 150 µsec

< 150 µsec

< 150 µsec

< 150 µsec

< 150 µsec

Beam Diameter

3.5  mm

3.5 mm

3.5  mm

3.5mm

3.5mm

Wavelength

9.3 μm/10.6 μm

9.3 μm/10.6 μm

9.3 μm/10.6 μm

9.3 μm/10.6 μm

10.6 μm

Power Stability from cold start (guaranteed)

10%

10%

+ 5%

+ 5%

+ 5%

Cooling

Air

Water

Air

Water

Water

Heat Load (max)

300W

300W

500W

500W

800W

Input Voltage/Current

30 VDC/7A

30 VDC/7A

30VDC/14A

30VDC/14A

30VDC/28A

Dimensions Inches (mm)

429 x 71 x 107

429 x 71 x 107

810 x 71 x 107

810 x 71 x 107

886 x 135 x 114

Weight

9 lbs./4.1 kg

9 lbs./4.1 kg

18 lbs./8.2 kg

18 lbs./8.2 kg

44 lbs./20 kg

STS-V Series: 30W & 40W Lasers

STS-V Series lasers are the ideal source for high-performance laser engravers and high speed marking systems. Designed for easy integration with a unique 3-point mounting system for a variety of mounting options. The STS-V Series shares a common beam exit point with both STS-TI and STS-VI Series lasers for easy drop-in replaceability. To make integration as simple as possible the STS-V Series lasers include an onboard tickle generator, industry standard 5-24 VDC I/O ports and remote control status via  a 15-pin D connector.

Model

STS-V30

STS-V30W

Output Power

20W @ 9.3 µm

20W @ 9.3 µm

25W @ 10.2 µm

25W @ 10.2 µm

30W @ 10.6 µm

30W @ 10.6 µm

Mode Quality

M2 < 1.2

M2 < 1.2

Rise Time

< 100 µsec

< 100 µsec

Beam Diameter

2.5 mm

2.5 mm

Beam Divergence (full angle)

< 7.0mR

< 7.0mR

Wavelength

9.3 µm/10.2 µm/10.6 µm

9.3 µm/10.2 µm/10.6 µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

5%/3%

5%/3%

Cooling

Air

Water

Heat Load (max)

450 W

450 W

Input Voltage/Current

30 VDC/15A

30 VDC/16A

Dimensions (mm)

428 x 117 x 146

428 x 117 x 146

Weight

18 lbs./8.2 kg

19 lbs./8.7 kg

STS-VI Series: 30W & 40W Lasers

Ultra compact, next gen lasers for demanding industrial coding, marking and engraving applications. Engineered for original equipment manufacturers (OEMs) with a small footprint, and drop-in compatibility, sharing the same beam exit point with both STS-V and STS-TI Series lasers. The new STS-VI40 includes a new Temperature Broadcast feature for real-time condition monitoring, and the Gen2 tube design efficiently manages thermal resistance and power to deliver a stable accurate beam. The STS-VI Series are some of the most compact and lightest 30 W and 40 W CO2 lasers available, perfect for small spaces and weight sensitive systems.

Technical specifications:

Model

STS-VI30

STS-VI40

Output Power

20W @ 9.3 µm; 25W @ 10.2 µm; 30W @ 10.6 µm

40W

Mode Quality

M2<1.2

M2<1.2

Rise Time

< 100 µsec

< 100 µsec

Beam Diameter

2.5 mm + 0.5 mm

2.5 mm + 0.5 mm

Beam Divergence (full angle)

< 7.0mR

< 7.0mR

Wavelength

9.3 µm/10.2 µm/10.6 µm

10.6 µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

5%/3%

5%/3%

Cooling

Air/Water

Air

Heat Load (max)

500W

680W

Input Voltage/Current

48 VDC/10A

48 VDC/15A

Dimensions (mm)

427 x 89 x 138

427 x 89 x 138

Weight

13 lbs/5.9 kg

13 lbs./5.9 kg

STS-TI Series: 60W – 100W Lasers

Maximum power and performance from an air-cooled CO2 laser is the drive behind our STS-TI Series technology. Our STS-TI Series lasers use a patented hybrid-unstable resonator design to create a compact laser with excellent beam quality focused to the smallest achievable spot size, delivering the maximum power density on a work surface. The high performance RF circuitry designed specifically to match its compact resonator delivers fast rise times with outstanding square-wave performance. High power, fast pulsing capabilities, and exceptional optical quality are ideally suited for applications where rapid scanning or pulsing of the laser beam is required. The result is faster processing speeds, higher resolution and optimized quality for cutting, marking and engraving applications. High Stability Models – for applications that demand high-speed precision, we offer water-cooled versions of the STS-TI Series with average output powers ranging from 60W to 100W. While maintaining all other performance attributes the high stability (HS) models guarantees warm power stability of < + 2%. The HS models are especially effective in applications sensitive to power density fluctuations, such as electronic film processing, 3D printing, and fabric marking.

Model

STS-TI60

STS-TI60W

STS-TI60HS

STS-TI80

STS-TI80W

STS-TI80HS

Output Power

60W

60W

60W

80W

80W

80W

Mode Quality

M2< 1.2

M2< 1.2

M2< 1.2

M2< 1.2

M2< 1.2

M2< 1.2

Rise Time

< 75 µsec

< 75 µsec

< 75 µsec

< 75 µsec

< 75 µsec

< 75 µsec

Beam Diameter

2.2 mm + 0.3 mm

2.2 mm + 0.3 mm

2.2 mm + 0.3 mm

2.2 mm + 0.3 mm

2.2 mm + 0.3 mm

2.2 mm + 0.3 mm

Beam Divergence (full angle)

< 7.0mR

< 7.0mR

< 7.0mR

< 7.0mR

< 7.0mR

< 7.0mR

Wavelength

9.3 µm/10.2 µm/10.6µm

9.3 µm/10.2 µm/10.6µm

10.6µm

9.3 µm/10.2 µm/10.6µm

9.3 µm/10.2 µm/10.6µm

10.6µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

7%/6%

7%/6%

4%/2%

7%/6%

7%/6%

4%/2%

Cooling

Air/Fan

Water

Water

Air/Fan

Water

Water

Heat Load (max)

900W

900W

900W

1200W

1200W

1200W

Input Voltage/Current

48 VDC/18A

48 VDC/18A

48 VDC/18A

48 VDC/22A

48 VDC/22A

48 VDC/22A

Dimensions (mm)

571 x 158 x 148 (Fan 571 x 196 x 150)

544 x 104 x 150

544 x 104 x 150

571 x 158 x 148 (Fan 571 x 196 x 150)

544 x 104 x 150

544 x 104 x 150

Weight

25.5 lbs./11.6 kg (Fan 28.9 lbs./13.1 kg)

26.2 lbs./11.9 kg

42 lbs./19 kg

25.5 lbs./11.6 kg (Fan 28.9 lbs./13.1 kg)

26.2 lbs./11.9 kg

42 lbs./19 kg

 

Model

STS-TI100

STS-TI100W

STS-TI100HS

STS-TI100P

Output Power

100W

100W

100W

100W

Peak Power

n/a

n/a

n/a

300W

Mode Quality

M2< 1.2

M2< 1.2

M2< 1.2

M2< 1.2

Rise Time

< 75 µsec

< 75 µsec

< 75 µsec

< 60 µsec

Beam Diameter

2.0 mm + 0.3 mm

2.0 mm + 0.3 mm

2.0 mm + 0.3 mm

2.0 mm + 0.3 mm

Beam Divergence (full angle)

< 7.0mR

< 7.0mR

< 7.0mR

< 7.0mR

Wavelength

9.3 µm/10.2 µm/10.6µm

9.3 µm/10.2 µm/10.6µm

9.3 µm/10.2 µm/10.6µm

9.3 µm/10.2 µm/10.6µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

7%/6%

7%/6%

4%/2%

7%/6%

Cooling

Air/Fan

Water

Water

Water

Heat Load (max)

1700W

1700W

1700W

1700W

Input Voltage/Current

48 VDC/35A

48 VDC/35A

48 VDC/35A

48 VDC/35A

Dimensions (mm)

544 x 104 x 150

544 x 104 x 150

544 x 104 x 150

633 x 142 x 150

Weight

32.1 lbs./14.6 kg

26.2 lbs./11.9 kg

42 lbs./19 kg

26.7 lbs./12.1 kg

STS-F Series: 200W Lasers

Engineered for cost-effective 200W output for cutting, perforating, and drilling applications. The fully integrated laser/RF design minimizes size and weight; perfect for mounting on robotic arms and high-speed marking systems, or full integration into flatbed cutting systems. With fully integrated RF supplies and clean, simple interfaces to water-cooling and control signals, STS-F Series lasers minimize integration time while providing maximum flexibility for system designers, OEM manufacturers, and full turnkey system providers.

Model

STS-F201

Output Power

>180W @ 10.2 µm; >200W @10.6 µm

Mode Quality

M2< 1.2

Rise Time

< 150 µsec

Beam Diameter

4.5 mm + 0.1 mm

Beam Divergence (full angle)

4.0mR + 0.2mR

Wavelength

10.2 µm/10.6 µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

7%/5%

Cooling

Water

Heat Load (max)

4000W

Input Voltage/Current

96 VDC/36A

Dimensions (mm)

1166 x 218 x 165

Weight

96 lbs./43.5 kg

STS-I Series: 400W Lasers

The smallest and most energy efficient 400W CO2 laser available. STS-I Series delivers 400W of near-perfect beam quality with 45° linear polarization for high-precision applications. Built around a hybrid waveguide/unstable resonator i Series feature fast rise/fall times while being driven by four replaceable integrated 48V RF modules. i Series delivers immediate energy cost savings with best-in-class energy efficiency, up to 23% better than other 400 W lasers. With its single tube design, STS-I Series weighs 24% less than competitive lasers – an important factor when mounting on moving gantry systems or robotic motion systems. The STS-I Series includes a TCP/IP web-based Internet interface that allows access to information about LED and RF module status – including voltage, current, and temperature measurements using a standard web browser to manage laser operation and ensure optimal performance. Built-in gas purge port for easy connection to nitrogen or CDA purge systems and an internal electromechanical shutter for operator safety make i Series the ultimate OEM laser.

Model

STS-I401

Output Power

400W

Mode Quality

M2<1.2

Rise Time

< 100 µsec

Beam Diameter

6.0 mm + 0.6 mm

Beam Divergence (full angle)

2.5mR + 0.3mR

Wavelength

10.2 µm/10.6 µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

7%/5%

Cooling

Water

Heat Load

6000W

Input Voltage/Current

48 VDC/125A

Dimensions (mm)

1227 x 208 x 300

Weight

130 lbs./59 kg

STS-P Series: 100W to 400W Lasers

Cut faster, drill flawlessly and micro-process with precision with the p Series high performance pulse CO2 lasers from us. Harnessing pulse technology to deliver peak pulse power levels many times greater than standard continuous-wave laser power levels, the STS-P Series expands cutting, drilling and perforating applications to a wider range of materials, including films, high performance textiles, certain metals, and high-tech composites. STS-S Series CO2 industrial lasers offer near-perfect beam quality, thanks in part to internal beam conditioning before the aperture, focusing the beam down to a narrow spot for increased laser processing detail. Built for industrial environments, all models feature built-in gas purge ports for convenient in-field servicing and protective optical windows. The STS-P Series sets the standard for pulsed CO2 laser performance in industries including Converting, Electronics and Packaging.

Model

STS-P100

STS-P150

STS-P250

STS-P400

Output Power

100W

150W

250W

400W

Peak Pulse Power

400W

600W

800W

>1.0kW

Mode Quality

M2<1.2

M2<1.2

M2<1.2

M2<1.2

Rise/Fall Time

<40/<100 µsec

<50/<100 µsec

<60/<100 µsec

<50/<100 µsec

Beam Waist Diameter

7.5 mm + 1.1 mm

8.0 mm + 1.1 mm

8.0 mm + 1.1 mm

1) 6.0 mm + 1.0 mm; 2) 8.0 mm + 1.0 mm

Beam Divergence (full angle)

1.8mR + 0.4mR; 2.0mR + 0.4mR

1.9mR + 0.4mR

1.9mR + 0.4mR

1) 6 mm = 2.5.mR + 0.6mR; 2) 8 mm = 1.8mR + 0.4mR

Wavelength

10.2 µm/10.6 µm

9.3 µm/10.2 µm/10.6 µm

10.6 µm

10.6 µm

Power Stability from cold start (guaranteed)/after 2 min. (typical)

1.4

2

1

1.4

Cooling

Water

Water

Water

Water

Heat Load

2000W

3200W

4300W

8.5kW

Input Voltage/Current

48 VDC/40A

48 VDC/65A

48 VDC/90A

48 VDC/175A

Dimensions (mm)

63 x 132 x 155

798 x 132 x 155

1252 x 315 x 198

1262 x 208 x 318

Weight

30.0 lbs./13.6 kg

40.0 lbs./18.1 kg

107 lbs./48.5 kg

130 lbs./59.0 kg

STI Series RF-excited CO2 Lasers

Ceramic CO2 Lasers

Most CO2 lasers offered today are based on the original R&D approach developed at several different aerospace companies in the 1970s. This traditional approach involves extruding or machining aluminum bodies to contain the optical and electrical components inside the laser gas envelope - the laser tube. These designs are convenient for R&D work, but not ideal for building lasers that are reliable, and have long lifetimes. The ceramic CO2 laser tube has a significant advantage.

The leading reliability issue with metal-tube lasers is that the metal is highly reactive with the gas mixture. Over time, as internal components wear, "scrub" each other's surfaces, fresh aluminum is exposed. Free oxygen in the laser's gas reacts with this raw metal (oxidation) changing the composition of the original gas mixture. In addition, many of these designs use O-ring seals that can allow air and moisture to enter the laser tube and further compromise the all-important gas mixture. These issues are eliminated with Ceramic CO2 laser tubes.

Ceramic CO2 laser tube technology solves these problems by moving all the reactive components to the outside of the laser tube leaving only pure clean Alumina (Al2O3) ceramic in contact with reactive gasses. Due to its chemical makeup, Alumina does not react with the gas. Alumina can also be fired at very high temperatures as part of the cleaning process. This further assures there are no organic contaminants from laser tube manufacturing, that remains inside the laser tube to react with the gas.

The ceramic CO2 laser tube is also the optical backbone that holds the resonator optics. The CTE (coefficient of thermal expansion) of alumina is 1/3 the CTE of aluminum. Since laser tube thermal variations have a direct impact on laser stability, Our Ceramic CO2 laser tube has significantly better stability performance when compared with metal-based CO2 lasers. Ceramic CO2 laser tubes also enables gas mixtures of comparatively high pressure to be used. Ceramic CO2 laser tubes allow for high pressure gas mixes and provide for faster rise and fall speed as well as much better power stability.

Infinity Series RF-excited Ceramic CO2 Lasers

RF excited 40 – 120 Watt Ceramic Core CO2 lasers

The Infinity Series includes RF excited, 40, 60, 80, 100, and 120 Watt CO2 lasers. For customer convenience, all models have identical form and fit with internal RF-drive electronics. If a different power laser is required, only the DC power supply will require changing. 40, 60, 80, 80, 100, and 120 Watt CO2 lasers are offered in three different cooling configurations. The Air-Cooled configuration allows for the customer to supply the necessary cooling air for the laser. The Fan-Cooled configuration comes fitted with cooling fans. The water cooled version is supplied with an input and output port to connect a chilled water source. All configurations of 40, 60, 80, 100, and 120 Watt lasers are built around our patented ceramic core technology that provides superior lifetime, reliability, and stability.

Model Infinity 40 Infinity 60 Infinity 80 Infinity 100 Infinity 120
Rated Optical Power 40 60 80 100 120
Mode Quality (M2) 1.2 1.2 1.2 1.2 1.2
Beam Ellipticity < 1.2:1 < 1.2:1 < 1.2:1 < 1.2:1 < 1.2:1
Beam Diameter (mm) 1/e2 2.5 2.5 2.5 2.5 2.5
Beam Divergence (mR, full angle) 5.2 5.2 5.2 5.2 5.2
Wavelength (μm) 10.57-10.63 10.57-10.63 10.57-10.63 10.57-10.63 10.57-10.63
Rise Time (μS) < 75 < 75 < 75 < 75 < 75
Power Stability from cold (%) ±6% ±6% ±6% ±6% ±6%
Polarization Random Random Random Random Random
Cooling Air or Water Air or Water Air or Water Air or Water Air or Water
Input power (Watts) 640 960 1200 1400 1400
Input Voltage / Current 32V / 20A 40V / 24A 45V / 24A 50V / 28A 50V / 28A
Weight (Kg / Lbs.) 14.7 / 32.4 14.7 / 32.4 14.7 / 32.4 14.7 / 32.4 14.7 / 32.4

Infinity 1625 Ceramic CO2 Laser, The lightest, most compact 250 Watt CO2 laser source

Our model 1625 is a 250 Watt CO2 laser tube and is based on our proven Ceramic Core Technology. Model 1625 is the smallest RF-driven, sealed CO2 laser in the world.

RF Driven CO2 lasers are typically designed to operate in a pulsed mode, at a specified Peak-Power. The pulses can vary in duration from near zero to continuous-wave (CW) - the laser is on continuously. Further, at the time of shipping, a laser could produce a significantly more peak-power than specified.

This additional, or reserve power is common in CO2 lasers, and is intended to further the specified lifetime of a laser that is known to have power degradation over time; the laser will stay within specification longer.

Model Infinity 1625
Rated Optical Power 250
Mode Quality (M2) 1.2
Beam Ellipticity < 1.2:1
Beam Diameter (mm) 1/e2 2.5
Beam Divergence (mR, full angle) 5
Wavelength (μm) 10.57-10.63
Rise Time (μS) < 75
Power Stability from cold (%) ±4%
Polarization Vertical to mounting plane
Cooling Water
Flow Rate (l/m, g/m) >9.8, 2.6
Input power (Watts) 2800
Input Voltage / Current 50V / 56A
Weight (Kg / Lbs.) 23 / 50

Z30/Z40 Series RF-excited Ceramic CO2 Lasers, The smallest RF driven 30 and 40 Watt laser

Our model Z30/Z40 is a 30/40 Watt CO2 laser tube and is based on Our proven Ceramic Core Technology. One of the primary differences and technological advancements that is incorporated in this design is the resonator. The Z30’s/Z40’s resonator is a Z-folded (2-fold) unstable resonator. This allows for a smaller package design when compared with other 30/40 Watt laser tubes and is the shortest (folded) resonator in the 30 – 50 watt CO2 laser class, but has a remarkably long (unfolded) resonator length. This provides superior power and beam diameter stability. Early test have shown the from-cold power stability in the ±2% range.

Model Model 163 Model 164
Rated Optical Power <=30 40
Mode Quality (M2) 1.2 <=1.2
Beam Ellipticity < 1.2:1 < 1.2:1
Beam Diameter (mm) 1/e2 2.3 2.3
Beam Divergence (mR, full angle) 7 7
Wavelength (μm) 10.57-10.63 10.57-10.63
Rise Time (μS) < 75 < 75
Power Stability from cold (%) ±5% from cold, guaranteed ±3% after 2 mins typical ±5% from cold, guaranteed ±3% after 2 mins typical
Polarization Random Random
Cooling Air Air
Flow Rate (air) 140CFM x 2 140CFM x 2
Input power (Watts) 480 600
Input Voltage / Current 48V / 10A 40V / 15A
Weight (Kg / Lbs.) 9.5 / 21 9.5 / 21

ULR Series RF-excited CO2 10-500W Lasers

The ULR series of CO2 lasers for OEM use are based on a sealed, RF pumped, slab design that produces a high-quality beam. These lasers can be operated in CW mode or modulated to control average power. Modulation is accomplished by varying the pulse width of the input signal.

In the 10 W to 500 W lasers, RF electrodes are spaced apart to allow the laser beam to form without influence of the electrodes, delivery excellent near- and far-field quality with minimal wave-guide effects. The folded resonator design allows generation of power in a compact package. Our lasers require no consumables and deliver a very long lifetime.

Advantages

When you purchase an OEM laser you are not only buying a laser source, but a partnership. That partnership means you receive direct access to world-wide technical support and the shortest service turnaround times, access to the most advanced Applications Laboratory and the most robust and reliable lasers on the market for as long as you own and use the product.

Cooling

Two cooling options are available:

Features

Laser power

Basic air

Integrated air

9.3um

10W

Y

Y

Y

25W

Y

Y

Y

30W

Y

Y

Y

40W

Y

Y

Y

50W

Y

Y

Y

60W

 

Y

Y

75W

 

Y

Y

100W

 

Y

Y

120W

 

Y

Y

150W

 

Y

Y

250W

 

Y

 

500W

 

Y

 

 

Model

ULR10

ULR25/ULR30

ULR40

ULR50/ULR60

ULR75

Rated power**

10W

25W or 30W

40W

50W or 60W

75W

Wavelength

10.6um

10.6um/9.3um

10.6um/9.3um

10.6um/9.3um

10.6um

Power stability

±10%

±5%

±5%

±5%

±10%

M2

<1.3±0.2

<1.3±0.2

<1.3±0.2

<1.3±0.2

<1.3±0.2

Beam size(near field)

4±1mm

4±1mm

4±1mm

4±1mm

4±1mm

Beam pergence(full angle)

5±1mrad

5±1mrad

5±1mrad

5±1mrad

5±1mrad

Polarization

Linear

Linear

Linear

Linear

Linear

Pointing stability

200μrad

200μrad

200μrad

200μrad

200μrad

Rise time

120±40μS

120±40μS

120±40μS

120±40μS

120±40μS

Duty cycle

0-100%

0-100%

0-100%

0-100%

0-100%

Modulation signal type

TT

TTL

TTL

TTL

TTL

Cooling

Air

Air

Air

Air

Air

Weight (Basic AC)

3.3kg

8.1kg

9.5kg

10.9kg

 

Weight (Basic WC)

3.3kg

9.0kg

10.4kg

11.8kg

 

Weight (Integrated AC)

3.9kg

9.0kg

10.4kg

11.8kg

14kg

Weight (integrated WC)

3.9kg

9.0kg

10.4kg

11.8kg

14kg

Ambient temperature***

10-35oC

10-35oC

10-35oC

10-35oC

10-35oC

Relative humidity

<90%

<90%

<90%

<90%

<90%

DC input voltage

48VDC

48VDC

48VDC

48VDC

48VDC

RMS current (CW)

4A

10A

14A

18A

20A

 

Model

ULR100

ULR120

ULR150

ULR250

ULR500

Rated power**

100W

120W

150W

250W

500W

Wavelength

10.6um

10.6um

10.6um

10.6um/9.3um

10.6um

Power stability

±5%

±5%

±5%

±5%

±5%

M2

<1.3±0.2

<1.3±0.2

<1.3±0.2

<1.2±0.2

<1.2±0.2

Beam size(near field)

8±1mm

4±1mm

4±1mm

8±1mm

8±1mm

Beam pergence(full angle)

5±1mrad

5±1mrad

5±1mrad

4±1mrad

4±1mrad

Polarization

Cross polarized

Cross polarized

Cross polarized

Linear

Cross polarized

Pointing stability

200μrad

200μrad

200μrad

200μrad

200μrad

Rise time

120±40μS

120±40μS

120±40μS

120±40μS

140±40μS

Duty cycle

0-100%

0-100%

0-100%

0-100%

0-100%

Modulation signal type

TTL

TTL

TTL

5V logic

5V logic

Cooling

Air

Air

Air

Air

Air

Weight (Integrated AC)

36.7kg

36.7kg

43.0kg

45kg

90.7kg

Weight (integrated WC)

36.7kg

36.7kg

43.0kg

 

 

Ambient temperature***

10-35oC

10-35oC

10-35oC

10-35oC

10-35oC

Relative humidity

<90%

<90%

<90%

<90%

<90%

DC input voltage

48VDC

48VDC

48VDC

48VDC

48VDC

RMS current (CW)

36A

36A

40A

80A

160A

Main Difference between UL Series and ULR Series Lasers

The bottom and connector are swallow-tailed and 12PIN respectively but the bottom and connector are flat and 15PIN respectively. There is no difference on performance.

For used Universal lasers, we provide fully-refurbishing services at very low prices. The refurbishing includes replacing optics, RF power supply and refilling gas. All the jobs will be finished within 7 days.

ULR Series High Power CO2 Lasers

ULR series high power CO2 laser is the OEM solution to industrial applications. The laser construction employs a folded, slab resonator design making it compact and adaptable to a multitude of applications with excellent beam quality and power stability.

Benefits:

Features:

 

ULR250-O-IA-x

ULCR500-O-IA-x

Rated power

250W

500W

Wavelength

10.5-10.7um

10.5-10.7um

Power stability

±5% after 15min of CW operation

±5% after 15min of CW operation

M2

1.4±0.2

1.4±0.2

Beam size (Near filed)

8±1mm

8±1mm

Beam pergence (Full angle)

3±1mrad

3±1mrad

Polarization

Linear

Cross-polarized

Pointing stability

200uR

200uR

Rise time

120±40us

140±40us

Duty cycle

38±10us

0-100%

Modulation signal type

TTL compatible

 

Cooling

Integrated air

Integrated Air

Weight

98lbs (44.5kg)

200lbs (90.7kg)

Ambient temperature

50-95°F (10-35°C)

50-95°F (10-35°C)

Relative humidity

<90% (non-condensing)

<90% (non-condensing)

DC input voltage

48VDC

48VDC

RMS current (CW, including fan)

70A max

140A max

Inrush current

100A

200A

Beam Output Configuration:

With the 90 degree output the beam goes through the base plate. We cut a hole in the bottom and mount it to the face of the laser, turn it 90 degree down through the hole. We can not offer it in any other direction but through the bottom of the base plate. To offer this option on OEM lasers the beam output number is (#3) for 90 degree without pointer, (#4) for the 90 degree with pointer. This option is not offered on 10W Integrated air cooled due to the small base plate and no room to mount the out put.

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