Select your language

CO2 Gas Lasers

Image
Image


Easy-To-Integrate CO2 Laser Innovation



Gas Lasers are used in applications that require laser beams with long coherence lengths, very high beam quality, or single mode operation. Gas Lasers use an electric current discharged through a gas medium to produce a beam.

Common Gas Lasers include helium neon, argon, or carbon dioxide. The type of gas used can determine or influence the laser’s wavelength, efficiency, or power.

  • Helium neon lasers are a multifunctional laser commonly used in many low power laser applications in education or laboratory settings.

  • Argon-Ion lasers are ideal for applications in the near ultraviolet or visible.

  • Carbon dioxide lasers are used in a variety of applications including molecular spectroscopy, gas sensing, environmental monitoring, or for testing night vision or thermal cameras.

Please find below our offer one of of best in class CO2 lasers.

For our He-Ne and multi-line argon-ion lasers please go to: Gas Lasers He-Ne and Argon-Ion.


.


Masz pytania?
Napisz do nas

Przejdź do ochrony
przed promieniowaniem

Przejdź do
okulary ochronne

CO2 Gas Lasers

Luxinar laser technology to enhance our world.


Ultrashort pulse laser sources

The LXR® series are ultrashort pulse laser sources based on patented technology from Luxinar. With target applications in the electronics, medical device, printing, security and automotive industries, the LXR® series is available with three wavelength options and rated powers of up to 160W. 

Sealed CO2 laser sources

Our industrially-proven OEM, SCX, SR and SR AOM sealed CO2 laser sources are based on a diffusion-cooled slab principle that produces a high-quality, round and symmetrical beam. These lasers are available with power levels from 60W to 1kW at three different wavelengths, allowing us to tailor solutions to our customers’ specific needs. Our MULTISCAN® laser marking systems offer an inkless method to apply text, graphics and barcodes to a wide range of materials.

LXR® series

Features

  • A short pulse width reduces heat diffusion to enable ultrahigh-precision processing

  • Beam quality, flexible control and pulse on demand for high throughput and repeatability

  • A wide dynamic range of pulse repetition frequencies and energies for many applications

  • Fast burst mode for increased efficiency while maintaining high-quality machining

  • A synchronisation signal for high-precision machining

  • External controls available via MCU, PC and web server app for local or remote diagnostics and monitoring

  • An integrated alignment beam and safety shutter to ease integration

  • Wavelength options available at 1030nm, 515nm and 343nm

  • Auxiliary drive as standard

  • Integrated chiller available as an option

Applications

  • High-speed separation of optically transparent materials

  • Joining of optically transparent materials to similar/dissimilar materials

  • Micromachining with virtually no thermal transfer

  • Surface functionalisation in a range of materials for a range of applications

  • Metal foil scribing/ablating

  • Surface and volume processing of glass and other transparent materials

  • Cutting of metal and plastics for medical devices

  • Cutting carbon fibre composites

  • Engraving printing drums for flexo packaging

LXR® series

SR AOM series

Features

  • Optical pulse rise/fall time < 1μs for high-precision processing, energy control and reduced heat-affected zone (HAZ)

  • Integrated, detachable and field replaceable RF power supply for ease of installation and servicing

  • Power loop control as standard for enhanced stability

Applications

  • Backlight unit (BLU) patterning

  • Flat panel display film cutting

  • High speed resolution printing

  • Multilayer thin film scribing/cutting

  • PCB marking and drilling

  • Polarizing film cutting

  • Polymer-dispersed liquid crystal display (PDLCD) film cutting

  • Print roller engraving

SR AOM

MULTISCAN CO2 laser marking systems

Features

  • Clean, ink-free production lines

  • Static or on the fly marking, scribing and drilling

  • Large scan area, up to 300x300mm

  • High quality vector generation for precise rendering of graphics

  • Low maintenance – fit and forget

  • Available in three wavelengths – 10.6μm, 10.25μm and 9.3μm

Applications

  • Beverage industry - glass/plastic bottles

  • Food industry - packaging - thin film perforation (easy tear), marking of cartons, PE tubes, printed labels, printed card, sweet wrappers, PP film wrapping, wrapping perishables

  • Cosmetic industry - bottles, closures, labels, aerosol cans, tubes

  • Automotive industry - security glass, windscreen wipers, door seals

MULTISCAN®(HE/VS)

CO₂ INDUSTRIAL LASERS

Features

  • Industrially proven sealed laser sources are based on a diffusion-cooled slab principle that gives a high-quality, round, and symmetrical beam.

  • Minimal running costs

  • Gas recirculation equipment such as vacuum pumps or pressure control systems are not needed

  • No gas refill requirement during the operational lifetime of the laser

  • Versatile portfolio caters for many different configurations

  • Laser solutions tailored to customers’ specific applications.

  • System performance can also be configured to suit applications according to a list of options available

Applications

Product 

Power range 

Ideal for...

OEM series 

Up to 1000W 

Industrial processing environments, mid-high power

SCX 35 

Up to 350W

Industrial processing environments, low power

SR series 

Up to 250W 

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

Industrial (OEM/SCX/SR)

Available models

Available industrial SR models - power range of 60-250W

Specifications of

 SR 08s 10.6

SR 15s 10.6

SR 10i 10.6

SR 15i 10.6

SR 25i 10.6

SR 10i 10.25

SR 15i 10.25

SR 25i 10.25

Wavelength

 10.6μm 

 10.6μm 

 10.6μm 

 10.6μm 

 10.6μm 

10.25μm

10.25μm

10.25μm

Power range

 5-80W 

10-160W

5-125W

10-175W

15-250W

5-110W

10-155W

 10-225W

Minimum shipment power

 96W

 192W

150W 

210W 

 300W

132W 

186W 

 270W

Peak laser output power

 > 110W

 > 215W

> 315W

> 440W

 > 630W 

 > 275W

 > 390W

> 565W

Duty cycle (max)

80%

80%

60%

60%

60%

60%

60%

60%

Beam diameter (1/e 2 at laser output optic) 

6.0 ± 0.5mm

6.8 ± 0.5mm

6.0 ± 0.5mm

6.8 ± 0.5mm

 6.5 ± 0.5mm 

6.0 ± 0.5mm

6.8 ± 0.5mm

 6.5 ± 0.5mm 

Maximum average DC input current

 32A

64A

48A

72A

96A

48A

72A

96A

Optical rise/fall time

 < 100μs

 < 100μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

Specifications of

SR 08s 9.3

SR 15s 9.3

SR 15x 9.3

SR 10e 9.3

SR 10i 9.3

SR 10e 9.3

SR 15i 9.3

SR 15e 9.3

SR 25i 9.3

SR 25x 9.3

Wavelength

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

9.3μm

Power range

5-60W

5-120W

10-150W

5-105W

5-95W

5-115W

5-130W

10-160W

 10-185W

10-210W

Minimum shipment power

72W

144 W

335W

 > 126W

114W

 > 138W

156W

 192W

 222W

 252W

Peak laser output power

 > 80W

 > 160W

 > 180W

235W

 > 240W

 > 330W

 > 330W

> 460W

 > 465W

 > 465W

Duty cycle (max)

80%

80%

70%

70%

60%

50%

60%

50%

60%

70%

Beam diameter (1/e 2 at laser output optic) 

6.0 ± 0.5mm

6.8 ± 0.5mm

6.0 ± 0.5mm

6.0 ± 0.5mm

6.0 ± 0.5mm

6.0 ± 0.5mm

6.0 ± 0.5mm

6.3 ± 0.5mm

6.3 ± 0.5mm

 6.3mm ± 0.5mm

Maximum average DC input current

 32A

64A

84A

56A

48A

60A

72A

80A

96A

112A

Optical rise/fall time

 < 100μs

 < 100μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

Available industrial SCX models - power 350W

Specifications of

SCX 36 10.6

SCX 36 10.25

SCX 36 9.3

Wavelength

 10.6μm 

10.25μm

9.3μm

Power range

 20-350W

15-315W

 15-265W

Minimum shipment power

 420W 

380W 

318W

Peak laser output power

> 880W 

> 800W 

> 670W

Duty cycle (max)

60%

60%

60%

Beam diameter (1/e 2 at laser output optic) 

7 ± 0.5mm

7 ± 0.5mm

7 ± 0.5mm

Maximum average DC input current

50VDC

50VDC

50VDC

Optical rise/fall time

 144A

 144A

 144A

Available industrial OEMseries models - power 400W-1000W

Specifications of

OEM 45iX 9.3

OEM 45iX 10.25

OEM 65iX 10.25

OEM 45iX 10.6

OEM 65iX 10.6

OEM 100iX 10.6

Wavelength

9.3μm

10.25μm

10.25μm

 10.6μm 

 10.6μm 

 10.6μm 

Power range

20-400W

20-405W 

30-540W

25-450W 

35-650W 

50-1000W

Minimum shipment power

480W

486W 

 650W

540W 

780W

1330W

Peak laser output power

> 1010W

> 1020W 

> 1360W

 > 1135W 

 > 1640W 

> 2520W

Duty cycle (max)

60%

55%

60%

55%

60%

60%

Beam diameter (1/e 2 at laser output optic) 

11 ± 1mm

11.5 ± 1mm 

 11.6 ± 1mm

11.5 ± 1mm 

 11.6 ± 1mm

11.2 ± 1mm

Maximum average DC input current

 192A

 176A

288A

 176A

288A

480A

Optical rise/fall time

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

< 60μs

Available MULTISCAN laser marking systems

Laser 

Single sealed CO2 RF-excited slab

Marking speed 

Up to 1200 characters/sec

Marking head 

Dual axis scanner

Scan area 

Up to 300x300mm

Specifications of

MULTISCAN HE

MULTISCAN VS

Wavelength

9.3μm

10.25μm

 10.6μm 

9.3μm

10.25μm

 10.6μm 

Maximum laser power

95W

110W

125W

95W

110W

125W

Beam delivery

 1.6m articulated arm * 

1.2m articulated arm *

Cooling

 Closed cycle/mains water (high duty applications) **

 Integral (air to water) ***

Sealing 

IP66

IP56

Weight 

103kg (water cooled unit), 115kg (air cooled unit)

 120kg

Control 

Remote display and keypad 

Integral display and keypad (Optional remote display and keypad)

* Special options available
** Optional air to water heat exchanger
*** Optional closed cycle/mains water for high duty cycle applications

Available LXR® series models

Specifications of LXR® series

LXR® 50-1030 

LXR® 120-1030

Wavelength

Wavelength 1030nm (Options at 515nm and 343nm are available)

Pulse duration 

800 ± 100fs

Rated power range 

0-50W

 0-120W

Pulse repetition frequency 

Single shot – 40MHz

Maximum rated pulse energy

 100μJ 

120μJ

Pulse period in fast burst mode 

25ns

Number of pulses available per burst 

2-10 ( Dependent on pulse repetition frequency)

Maximum burst energy 

250μJ 

600μJ

Beam diameter 

3.0 ± 0.25mm -1/e2 at laser output aperture

Available SR AOM series models

Specifications of SR AOM series

SR 10 AOM 9.3 

SR 25 AOM 9.3

Wavelength

9.3μm

9.3μm

Power range

0-75W 

0-150W

Peak laser output power 

75W

 150W

Duty cycle (max)

100%

Beam diameter (1/e 2 at laser output optic) 

5.6 ± 0.5mm 

 7.7 ± 0.5mm

Maximum average DC input current

54A

 106A

Optical rise/fall time

 < 1μs

Pulse width 

> 1μs

AOM pulse frequency

 0-240kHz

Iradion CO2 Laser Performance Redefined With Patented Technology

CERAMICORE® technology


Iradion CO2 lasers are designed with patented CERAMICORE® technology ensuring superior performance and longevity.

Compared to conventional CO2 laser design, Iradion’s innovative CERAMICORE® lasers provide consistent results for a wide range of applications:

  • Minimize downtime and maximize uptime with our low-maintenance laser models.

  • Get a competitively priced laser source with low operating costs for the lowest total cost of ownership and maximum ROI.

  • Experience flawless process repeatability and high-quality results with the unique ceramic core design that ensures stability and longevity.

Image

0% Less Thermal Expansion for High-Quality Results

Compared to conventional CO2 lasers that use aluminum, the ceramic core design minimizes changes to internal optical alignments.

30% fewer parts to Minimize Potential of Component Failure

Reduce the risk of component failure with the compact and easy-to-integrate design.

7-Year Protection and Free Refills

An unmatched industry standard, Iradion provides free refills for 7 years in the unlikely event of laser gas degradation.

Available standard models

Series

Model

Wavelength

Nominal Power

Frequency Range

Eternity

E25

9.3 µm

25 W

0.1 -140 kHz

Eternity

E30

10.2 µm, 10.6 µm

30 W

0.1 -140 kHz

Eternity

E40

10.2 µm, 10.6 µm

40 W

0.1 -140 kHz

Infinity

i50

10.2 µm, 10.6 µm

50 W

0.1 kHz - 140 kHz

Infinity PLUS

i50

9.3 µm, 10.2 µm, 10.6 µm

50 W

0.1 kHz - 140 kHz

Infinity

i60

10.2 µm, 10.6 µm

60 W

0.1 kHz - 140 kHz

Infinity PLUS

i60

9.3 µm, 10.2 µm, 10.6 µm

60 W

0.1 kHz - 140 kHz

Infinity

i80

10.2 µm, 10.6 µm

80 W

0.1 kHz - 140 kHz

Infinity PLUS

i80

9.3 µm, 10.2 µm, 10.6 µm

80 W

0.1 kHz - 140 kHz

Infinity

i100

10.2 µm, 10.6 µm

100 W

0.1 kHz - 140 kHz

Infinity PLUS

i100

9.3 µm, 10.2 µm, 10.6 µm

100 W

0.1 kHz - 140 kHz

Infinity

i120

10.2 µm, 10.6 µm

120 W

0.1 kHz - 140 kHz

Infinity

i150

10.2 µm, 10.6 µm

150 W

0.1 kHz - 140 kHz

Destiny

D200

10.6 µm, 10.2 µm

200 W

0.1 - 140 kHz

Destiny

D250

10.6 µm, 10.2 µm

250 W

0.1 -140 kHz


Wavelengths

Applications

10.6 µm

general-purpose laser cutting and engraving plastics and many other materials

10.2 µm

kiss cutting of plastics films

9.3 µm

engraving on specific plastics

11.2 µm

medical and dental applications

Available wavelenghts

DESTINY & ETERNITY SERIES

Applications


CO2 Laser Tubes for Your Application Needs

  • Cutting / perforating

  • Marking / coding

  • Engraving / etching

  • Wire Stripping

  • Fiber optic splicing

  • Medical surgery

Advantages

Excellent Beam Stability

Get better process results with the Eternity series and enjoy the following advantages:

  • Compact footprint, easy to integrate

  • Inert CERAMICORE® prevents laser gas contamination, power loss and longevity

  • Low thermal expansion CERAMICORE® for high stability

  • Extended power stability from 2 % to maximum power

  • Short rise and fall times; good pulsing characteristics

  • Advanced RF driver electronics: reliable, efficient and state-of-the-art

  • 30 % fewer laser components; highest reliability

INFINITY SERIES

Applications


Faster Laser Processing

A wide range of industries including Automotive, Electronics, Identification marking or coding, Retail packaging, Food packaging, Job shop production and Industrial manufacturing have employed Infinity lasers for:

  • Cutting / perforating

  • Marking / coding

  • Engraving /etching

  • Ablation

  • 3D polymer sintering

  • Textile processing

INFINITY PLUS SERIES

Applications


Faster Laser Part Production and Better Part Quality

Special applications require special wavelengths! A wide range of industries are benefitting with the Infinity PLUS series including Automotive, Electronics, identification marking / coding, Retail packaging, Food packaging, Job Shop production, Industrial manufacturing and others for laser processing:

  • Cutting / perforating

  • Marking / coding

  • Engraving / etching

  • Ablation

  • Surface modification

  • Heat treating

  • 3D polymer sintering

Advantages

Better Process Results

Experience consistent power and longevity with the following additional advantages:

  • Compact package for robotic and gantry laser mounting

  • Retrofit replacement for your old conventional CO2 laser

  • Inert CERAMICORE® prevents laser gas contamination, power loss and longevity

  • Low thermal expansion CERAMICORE® for high stability

  • Extended power stability from 2 % to maximum power

  • Short rise and fall times; good pulsing characteristics

  • Advanced RF driver electronics: reliable, efficient and state-of-the-art

  • 30 % fewer laser components; highest reliability

Optimum Wavelength with High Performance Benefits

Infinity PLUS series tubes feature unmatched CO2 laser power stability and pulsing specifications, while still observing the Infinity‘s compact footprint.

All Infinity models are easy to integrate, and can be interchangeable to fit your new or existing work stations, equipment and systems.

DESTINY

ETERNITY

INFINITY

INFINITY PLUS

CO2 Lasers


Coherent® Diamond C-Series CO2 Lasers

  • reliability with more than 50k operating hours

  • superior beam quality

  • stability

  • are ideal for a wide range of applications from marking and engraving to material processing.

  • maximum output power ranges from 20 to 40 watts, and can be controlled through pulse width modulation (PWM).

Coherent® Diamond Series CO2 Laser

Wavelength (nm)

10,600.00 

Bandwidth (nm)

10,550 - 10,630 

Color

Infrared 

Output Power (W)

40 

20 

Power Stability (%)

±5 

±8 

Beam Diameter (mm)

3.6 ±0.5 

1.8 ±0.2

Beam Divergence (mrad)

<5 

7.5 ±0.5 

Output Type

Free Space 

Polarization

>100:1 

Frequency (kHz)

0 to 100 

Laser Class - CDRH

IV 

Mode Quality, M2

<1.3 

<1.2 

Operating Duty Cycle

0 to 100% DC 

Operating Temperature (°C)

5 to 40 

Storage Temperature (°C)

-10 to +60 Non-Condensing 

Cooling Method

Air 

Dimensions (mm)

425 x 92.5 x 154.5 

357 x 92.5 x 154.5 

Weight (lbs)

15 

14.5 

Model Number

1322624 

1165227 

Catalog Number

37-078

37-077

Coherent® Diamond C-Series CO2 Lasers

Dostawcy

Nasi partnerzy w tej kategorii
Image
Image
Image

Heard on the Internet

 

Imagination is more important than knowledge.

 Albert Einstein