INDUSTRIAL

OEM/SCX/SR

Sealed CO2 laser sources

Who we are

At Luxinar, we have a singular focus: developing laser
technology to enhance our world.
Like a laser that channels light into a single, powerfulbeam, we focus on improving the lives of ourcustomers. This allows us to create solutions to meet
every single challenge – from heavy industry to delicate,high precision applications. We support the laser
technologies of yesterday, focus on today’s and pioneer
those of tomorrow.
Luxinar has been at the forefront of laser technology forover 25 years and is a leading manufacturer of sealed
carbon dioxide (CO2) laser sources up to 1000W and,more recently, ultrashort pulse laser sources. To date,
we have an installed base of over 20000 lasers.

ProductOEM series
SCX 35SR series

Power range
Up to 1000W
Up to 350W
Up to 250W

CO₂ industrial lasers

Our industrially proven sealed laser sources are basedon a diffusion-cooled slab principle that gives a highquality, round, and symmetrical beam. Running costs
are minimal; gas recirculation equipment such asvacuum pumps or pressure control systems are notneeded, and there is no gas refill requirement during theoperational lifetime of the laser.
Our versatile portfolio caters for many different
configurations, allowing us to provide laser solutions
tailored to customers’ specific applications. System
performance can also be configured to suit applications
according to a list of options available.

Ideal for…

• Industrial processing environments, mid-high power• Industrial processing environments, low power• Harsh environments; dust, heat, water

All products are capable of:Ablating, cutting, drilling, engraving, kiss cutting, marking, perforating, scribing, welding
And they can be used to process a variety of materials, including:Acrylic, ceramics, glass, optical films, paper, plastics, textiles, thin sheet metal, woodSR series - power range of 60-250W
marking, welding and drilling, among
others. Throughput, economy, flexibility
and reliability are the main features associated with
the SR series of CO2 laser sources.
Most common industries for SR series:• IP66 rating• Wavelengths 10.6µm, 10.25µm, 9.3µm• Integrated, field-replaceable RF power supplies• Compact, lightweight laser source• Easy-to-understand diagnostics• Minimum shipment power 20% higher than rated power

Aerospace, ceramic, electronics, e-mobility, energy storage,
food, leather, packaging and labelling, paper, plastics,
security, textiles, wood

The SR series laser, with output powers of up to 250W, has anintegrated RF power supply design and is hermetically sealed,making it ideal for the harshest of industrial environments(dust, heat, water spray). The simple control interface andcompact mechanical design of the unit allows easy integration
into laser-based processing machines used for cutting,Specifications of SR 08s
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

10.6

9.35-80W
96W> 110W80%
10.6µm

5-60W
72W
> 80W
80%
9.3µm

< ± 4.5%, < ± 7% guaranteed< ± 5%, < ± 8% guaranteed
6.0 ± 0.5mm
Linear (parallel to base), purity > 100:1
22kg (23.9kg with shutter)
50VDC
32A
< 100µs
2-400µs
0-130kHzSpecifications of SR 10i
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength

The SR e 9.3µm series specifically targets the electronics
industry, where high peak power and low HAZ are required.
Processing polarising film, removing excess bonding agent,and laser texturing, to mention a few, require perfect edge
quality and minimum disruption of the surrounding area.

10.6

10.25

9.35-125W
150W> 315W
60%
10.6µm5-110W132W> 275W60%
10.25µm

5-95W
114W> 240W60%
9.3µm

Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency*Power feedback turn on response is typically 300-500 milliseconds< ± 4.5%, < ± 7% guaranteed< ± 5%, < ± 8% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *6.0 ± 0.5mm
Linear (parallel to base), purity > 100:1
22kg (23.9kg with shutter)
50VDC48A< 60µs2-400µs
0-130kHzSpecifications of SR 10e
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

Specifications of SR 10x
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

9.35-115W			
138W		> 330W		
50%		
9.3µm		
< ± 3%, < ± 6% guaranteed
6.0 ± 0.5mm
Linear (parallel to base), purity > 100:1
32kg (33.9kg with shutter)
50VDC
60A
< 60µs2-400µs
0-130kHz

9.35-105W			
> 126W		
235W		
70%		9.3µm		
< ± 5%, < ± 8% guaranteed
6.0 ± 0.5mm
Linear (parallel to base), purity > 100:1
22kg (23.9kg with shutter)
50VDC
56A
< 60µs2-400µs
0-130kHzSpecifications of SR 15i10.610.25

9.3

Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength10-175W
210W> 440W60%
10.6µm

10-155W
186W> 390W60%
10.25µm5-130W
156W> 330W60%
9.3µm

Typical stability (long term)< ± 3%, < ± 6% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *6.8 ± 0.5mm
6.0mm ± 0.5mm
Linear (parallel to base), purity > 100:1
32kg (33.9kg with shutter/power feedback module)
50VDC
72A
< 60µs2-1000µs
2-400µs
2-400µs
0-130kHz

Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency*Power feedback turn on response is typically 300-500 milliseconds

Specifications of SR 15e

9.3

Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

Specifications of SR 15s
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

10-160W
192W> 460W50%
9.3µm< ± 4%, < ± 6% guaranteed
6.3 ± 0.5mm
Linear (parallel to base), purity > 100:1
34kg (35.9kg with shutter)
50VDC
80A
< 60µs2-400µs
0-130kHz

10.6

9.3

10-160W
192W> 215W80%
10.6µm5-120W
144W> 160W
80%
9.3µm

< ± 3%, < ± 6% guaranteed
6.8 ± 0.5mm
Linear (parallel to base), purity > 100:1
32kg (33.9kg with shutter)
50VDC
64A
< 100µs
2-400µs
0-130kHzSpecifications of SR 15x

9.3

Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength10-150W
335W> 180W70%
9.3µm

Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

Specifications of SR 25i
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength< ± 3%, < ± 6% guaranteed
6.0mm ± 0.5mm
Linear (parallel to base), purity > 100:1
32kg (33.9kg with shutter)
50VDC
84A
< 60µs2-400µs
0-130kHz

10.6

10.25

9.3

15-250W
300W> 630W60%
10.6µm

10-225W
270W> 565W60%
10.25µm

10-185W
222W> 465W60%
9.3µm

Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency< ± 3%, < ± 6% guaranteed< ± 4%, < ± 6% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *6.5 ± 0.5mm
6.3mm ± 0.5mm
Linear (parallel to base), purity > 100:1
34kg (35.9kg with shutter/power feedback module)
50VDC
96A
< 60µs2-400µs
0-130kHz*Power feedback turn on response is typically 300-500 milliseconds

Specifications of SR 25x
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

9.310-210W
252W> 465W70%
9.3µm< ± 4%, < ± 6% guaranteed
6.3mm ± 0.5mm
Linear (parallel to base), purity > 100:1
34kg (35.9kg with shutter/power feedback)
50VDC
112A
< 60µs2-400µs
0-130kHzSCX 35 - power range of up to 350W
• Wavelengths 10.6µm, 10.25µm, 9.3µm• Separate RF power supply for flexible integration• Minimum shipment power 20% higher than rated power
The SCX 35 laser source, with an output power of up to 350W,
is designed for integration into industrial processing systems
and is often used for cutting applications such as plastics andwood. It includes a separate RF power supply which enablesSpecifications of SCX 35
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency*Power feedback turn on response is typically 300-500 milliseconds

the laser to produce short optical pulses with high peak poweror quasi-CW output. Due to its lightweight and robust design,
this CO2 laser is ideal for robotic applications and can beintegrated exceptionally well into systems with scanners orother beam guidance components.
Most common industries for SCX 35:
Automotive, e-mobility, energy storage, packaging, plastics,
security, textile, tobacco

10.6

10.25

9.3

20-350W
420W> 880W
60%
10.6µm

15-315W
380W> 800W
60%10.25µm

15-265W
318W> 670W60%
9.3µm< ± 5%, < ± 7% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *7 ± 0.5mm
Linear (45 degrees to base), purity > 100:1
63kg
50VDC
144A
< 60µs2-400µs
0-130kHzOEM series – power range of 400-1000W• Wavelengths 10.6µm, 10.25µm, 9.3µm• Short optical pulses with high peak power, or quasi-CW
output• Minimum shipment power 20% higher than rated power
The OEM series of CO2 lasers, with output powers of up to1kW, is a compact solution that can be easily integrated into
industrial processing production lines. Most of the OEM series
include an integrated RF power supply enabling short opticalpulses with high peak power or quasi-CW output. There isalso the option for an absorbing thin film reflector (ATFR) toprevent back reflection issues.

Specifications of OEM 45iX

OEM iX lasers use a single resonator design producing laser
light with a linear polarisation. With a beam quality of K > 0.83,power and precision are defining characteristics of theselasers. Since many equipment manufacturers purchase thisrange to integrate into their equipment, these OEM iX laser
sources are available without the laser enclosure, if desired.
The OEM series is recommended for processing textiles,
paper, glass, wood, thin sheet metal, plastics, composite
materials, etc.
Most common industries for OEM series:

Automotive, e-mobility, energy storage, food, packaging &labelling, plastics, textile, tobacco

10.6

10.25

9.3

Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength25-450W
540W> 1135W
55%
10.6µm20-405W
486W> 1020W
55%
10.25µm

20-400W
480W> 1010W60%
9.3µm

Typical stability (long term)< ± 3%, < ± 5% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *11.5 ± 1mm
11 ± 1mm
Linear (parallel to base), purity > 100:1
92kg (78kg without covers)
50VDC
176A
192A
< 60µs2-400µs
0-100kHz

Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse widthPulse frequency*Power feedback turn on response is typically 300-500 milliseconds

Specifications of OEM 65iX
Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength
Typical stability (long term)
Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency

10.6

10.25

35-650W
780W> 1640W60%
10.6µm30-540W
650W> 1360W60%
10.25µm< ± 4.1%, < ± 7% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *11.6 ± 1mm
Linear (parallel to base), purity > 100:1
134kg (113.5kg without covers)
50VDC
288A
< 60µs2-400µs
0-130kHz*Power feedback turn on response is typically 300-500 milliseconds

Specifications of OEM 100iX

10.6

Power range
Minimum shipment power
Peak laser output power
Duty cycle (max)
Wavelength50-1000W
1330W> 2520W60%
10.6µmTypical stability (long term)< ± 3%, < ± 5% guaranteed< ± 1%, < ± 2% guaranteed (power feedback) *11.2 ± 1mm
Linear (perpendicular to base), purity > 100:1
200kg
50VDC
480A
< 60µs2-400µs
0-130kHz

Beam diameter (1/e2 at laser output optic)
Polarisation
WeightSupply voltage
Maximum average DC input current
Optical rise/fall time
Pulse width
Pulse frequency*Power feedback turn on response is typically 300-500 millisecondsOur global aftersales teamPre-sales technical support

Could a laser improve your manufacturing process?
Find out by sending us samples of your material or
product to test in our labs.
Luxinar’s engineers can carry out cutting, marking,engraving, drilling, scribing, ablation, and more to
replicate your application in the lab. You’ll receive
your processed sample within 10 working days anda detailed report of our findings even sooner. You canalso receive complimentary advice ranging from fumeextraction to sample positioning.
Whatever your process, we can help you to determine
the best laser for your application.

Aftersales technical support

The Luxinar aftersales team comprises technicalspecialists, passionate and knowledgeable about
laser sources. Each team member has an in-depth
understanding of our laser sources and experience oflasers working in many industries and environments.
Our dedicated, skilled, and experienced aftersales
technicians located in your time zone are on hand toprovide the following support:• Troubleshooting• Spare parts identification• Product documentation• Integration support• System maintenanceOur technical teams are based at Luxinar sites in China, Germany, Italy, Korea, the UK and the USA to give you laser
support whenever you need it. Contact us at info@luxinar.com

Luxinar LtdMeadow Road
Please note that while every effort has been made to ensurethat the data given in this document is accurate, due to apolicy of continued improvement, the information, figures,illustrations, tables, specification and schematics contained
herein are subject to change without notice.

Bridgehead Business Park
Kingston upon Hull
HU13 0DG UK

Tel: +44 1482 650088
sales.uk@luxinar.com
www.luxinar.com

Registered in England: 3477444© 2023 Luxinar Ltd

903-0234-00 Rev 5