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Gas Lasers
He-Ne & Argon-Ion

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Helium-Neon and Argon-Ion Lasers



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 of:

  • He-Ne Lasers - 594 nm, 543 nm and 632.8 nm

  • multi-line Argon-Ion Lasers


To analyse our offer of CO2 lasers please go to gas lasers CO2.

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Gas Lasers: Helium-Neon & Argon-Ion lasers

Helium-Neon Lasers

Lasos He-Ne Lasers

  • a robust mechanical design

  • excellent beam quality

  • long service life of up to 30.000 hours

  • designed with tough cylindrical housing that precisely aligns with the beam and provides great protection for the laser tube and internal electronics

  • ideal for a wide range of demanding applications such as spectroscopy, metrology, industrial measurement or confocal laser scanning microscopy.

Lasos Fiber Coupled He-Ne Lasers

  • 543nm, 594nm, and 633nm Wavelength Options and output powers ranging from 0.7 to 3mW.

  • low noise

  • high stability

  • fiber coupled for easy system Integration, optimal alignment and output power, connection to common optical components such as collimators, interferometers, and modulators

  • a rugged cylindrical housing and robust mechanical design provides excellent beam quality and long service life up to 30,000 hours

  • ideal for a wide range of applications such as confocal laser scanning microscopy, gas sensing, Fabry-Perot interferometry, and Raman spectroscopy.

Lumentum He-Ne Lasers

  • feature hard-sealed internal mirrors and small physical sizes

  • low noise

  • offer increased laser reliability, greater design flexibility, and enhanced performance

  • typical applications include alignment, metrology, and inspection.

Lumentum High Performance He-Ne Lasers

  • a patented close-cathode design that provides improved thermal and power stability

  • utilize a patented field concentrator design that enables fast turn-on.

  • feature precisely aligned cylindrical housings, with cylindrical laser heads and electrical interconnect systems used to simplify system integration

  • ideal for the most demanding applications, such as interferometry and metrology. 

Fiber coupled lasers

 Wavelength (nm) 

 Output Power (mW) 

 Beam Diameter (mm) 

 Polarization 

 Longitudinal Mode Spacing, Nominal (MHz) 

Producer

Note

Catalog number

594.00 

1.3 

0.73 

≥100:1 

383.00 

Lasos

Fiber Coupled

28-062

543.00 

0.7 

0.73 

≥100:1 

348.00 

Lasos

Fiber Coupled

28-073

632.80

0.73 

≥100:1 

438.00 

Lasos

Fiber Coupled

28-056

632,80 nm He-Ne lasers

 Output Power (mW) 

 Beam Diameter (mm) 

 Beam Divergence (mrad) 

 Polarization 

 Longitudinal Mode Spacing, Nominal (MHz) 

Producer

Note

Catalog number

0.5

0.49

≤1.75

≥200:1

1086

Lasos

35-205

0.5

0.48

1.8

500:1

1090

Lumentum

High Performance

62-715

0.5

0.48

1.8

Random

1090

Lumentum

High Performance

62-714

>0.5

0.48

1.7

Random

1090

Lumentum

34-891

>0.5

0.48

1.7

500:1

1090

Lumentum

61-315

>0.5

0.48

1.7

Random

1090

Lumentum

61-382

>0.5

0.48

1.7

500:1

1090

Lumentum

61-360

0.6

0.49

≤1.7

Random

1086

Lasos

35-206

0.8

0.48

1.7

Random

1090

Lumentum

High Performance

62-716

0.8

0.48

1.7

500:1

1090

Lumentum

High Performance

62-717

>0.8

0.48

1.7

Random

1090

Lumentum

61-337

>0.8

0.48

1.7

500:1

1090

Lumentum

61-338

>0.8

0.48

1.7

Random

1090

Lumentum

61-373

>0.8

0.48

1.7

500:1

1090

Lumentum

61-374

1.5

0.63

1.3

Random

730

Lumentum

High Performance

62-718

1.5

0.63

1.3

500:1

730

Lumentum

High Performance

62-719

2.0

0.63

1.3

Random

730

Lumentum

High Performance

64-103

2.0

0.63

1.3

500:1

730

Lumentum

High Performance

64-104

2.0

0.63

1.3

Random

730

Lumentum

High Performance

62-720

2.0

0.63

1.3

500:1

730

Lumentum

High Performance

62-721

2.0

0.75

≤1.2

≥500:1

614

Lasos

35-208

2.0

0.75

≤1.2

Random

614

Lasos

35-207

5.0

0.80

≤1.1

≥500:1

438

Lasos

35-210

5.0

0.80

≤1.1

Random

438

Lasos

35-209

5.0

0.81

1.0

Random

435

Lumentum

High Performance

62-722

5.0

0.81

1.0

500:1

435

Lumentum

High Performance

62-723

7.0

0.81

1.0

Random

435

Lumentum

High Performance

62-724

7.0

0.81

1.0

500:1

435

Lumentum

High Performance

62-725

10.0

0.68

1.2

Random

320

Lumentum

High Performance

62-726

10.0

0.68

1.2

500:1

320

Lumentum

High Performance

62-727

10.0

0.70

≤1.4

≥500:1

320

Lasos

35-212

10.0

0.70

≤1.4

Random

320

Lasos

35-211

15.0

0.70

1.15

Random

257

Lumentum

High Performance

62-728

15.0

0.70

1.15

500:1

257

Lumentum

High Performance

62-729

15.0

1.00

≤1.0

≥500:1

257

Lasos

35-214

15.0

1.00

≤1.0

Random

257

Lasos

35-213

18.0

1.00

≤1.0

≥500:1

257

Lasos

35-216

18.0

1.00

≤1.0

Random

257

Lasos

35-215

20.0

1.00

≤1.0

Random

257

Lasos

35-217

21.0

0.70

1.15

500:1

257

Lumentum

High Performance

62-731

22.5

0.70

1.15

Random

257

Lumentum

High Performance

62-732

Lumentum He-Ne laser

Lasos He-Ne laser

Multi-line Argon-Ion Lasers


  • Ultra-Compact

  • Internal Power Supply

  • Lower Cost per mW of Power

  • Single and Multi-Line Models with Dual Channel Air-Cooled Design

  • Rear Mounted Power Output Control Knob

Multi-line Argon-ion laser


These air-cooled Argon-Ion lasers offer stable, high-quality output beams in a rugged, efficient package. With various wavelength options, they suit diverse scientific and OEM applications. Featuring a maintenance-free sealed mirror laser tube, supported for exceptional resistance to vibrations, they boast embedded dual cooling fans and an exclusive "Dual Channel" airflow design for efficient cooling and isolation of the power supply. The beam shutter is controlled by a spring-loaded switch, and remote laser function control is possible via a built-in interface port.

The Argon-Ion Multi-Line laser with wavelength selectable output features a filter wheel assembly allowing the user to select 1 of 3 popular Argon Lines (457nm, 488nm, 514nm) or multi-line output.


Specifications

58-475

58-453

Number of lines

6 Lines Combined

4 Lines Selectable

Type of Laser

Argon

Argon

Wavelength (nm)

457.00 / 476 / 488 / 496 / 501 / 514

457.00 / 488 / 514 / Multi-Line 

Output Power (mW) Total: 

150

150

45 @ 514 nm

8 @ 457 nm

9 @ 501 nm

40 @ 488 nm

19 @ 496 nm

50 @ 514 nm

40 @ 488 nm

19 @ 476 nm

15 @ 457 nm


Multi-Line Argon-Ion Laser

Color

Blue-Green

Beam Diameter (mm)

0.65

Beam Divergence (mrad)

0.95

Dimensions (inches)

5.06 H x 7.60 W x 13.00 L

Laser Class - CDRH

IIIb

Output Type

Free Space

Pointing Accuracy (μrad)

<30

Polarization

>100:1

Power Consumption (W)

1500.00

Power Stability (%)

< ±1

Power Supply

100 - 265 V AC, 60/50 Hz

RMS Noise

30 Hz - 10 MHz: <1%

Slow Start Delay (ms)

30000.00

Spatial Mode

TEM00

Warm-Up Time (minutes)

5.00

Weight (kg)

5.9

Dostawcy

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