New LEXEL™ Lasers

Our high-quality new Gas-Ion laser models:

  > LEXEL™ 85 and 95 gas-ion lasers
          > Summary
          > Full Detail
               > Full Specification Charts


  > LEXEL™ 85 SHG gas-ion laser
          > Summary
          > Full Detail


  > LEXEL™ 95 SHG gas-ion laser
          > Summary
          > Full Detail

  > LEXEL™ ColorPro gas-ion laser
          > Summary
          > Full Detail


  > LEXEL™ BeamPro gas-ion laser

          > Summary
          > Full Detail


Our high-quality new Solid-State / Diode-Pumped laser models::

  > DPSS - Coming soon...

  > Dual-Beam SHG² - Coming soon...

  > MORE - Coming soon...

 
Info on other pages:
   85/95 General Overview
   85/95 Specification Charts
   85 SHG Overview
   95 SHG Overview

   ColorPro Overview
   All Lasers Overview

Lexel Laser Safety Products:


L-R: Lexel model 85, 95 and 95L lasers. Click for enlarged view.    VISIBLE WAVELENGTH
GAS-ION LASERS FOR
SCIENCE & INDUSTRY
The LEXEL™ 85, 95 and 95L are rugged lasers, precision-engineered for scientific and industrial applications.  

LEXEL™ SHG Deep UV Lasers. Click to see larger version. COMPACT DEEP UV
GAS-ION LASER FOR
SPECTROSCOPIC APPLICATIONS
LEXEL™ Model 85-SHG power supply and laser head. Click any photo to see a larger version.  

3D beam plot from Lexel 95-SHG S-path laser HIGHER-POWER DEEP UV
GAS-ION LASER
FOR
HIGH MODE SENSITIVE APPS
The LEXEL™ 95-SHG laser has a very
high-quality TEM00 beam.
 

VISIBLE MULTI-WAVELENGTH
GAS-ION LASERS FOR
RESEARCH AND DISPLAY APPLICATIONS
Visible Multi-Wavelength Gas-Ion Lasers for Research and Display Applications.  
NEW  LEXEL™  LASERS

      TYPE

     SPECIFICATIONS

VISIBLE GAS-ION LASERS FOR
SCIENCE & INDUSTRY


L-R: Lexel model 85, 95 and 95L lasers. Click for enlarged view.    The LEXEL™ 85, 95 and 95L are rugged lasers, precision-engineered for scientific and industrial applications.

 

LEXEL™ 85 and 95 Gas-Ion Lasers Summary

LEXEL™ 85 and 95 gas-ion lasers have a 25+ year history of the highest quality and performance in the industry.

The simple solid ceramic plasma tube design has proven its durability and stability in producing coherent laser light.

This is the best value in a small frame (1-7 watt) gas-ion laser.

 
Applications

These lasers are designed for long, stable life in a variety of scientific and industrial applications.
Scientific applications Industrial applications
 > Spectroscopy
 > Holography
 > Laser Doppler velocimetry
 > Ti:Sapphire/Dye laser pumping
 > Cytofluorescence
 > Non-destructive testing
 > Semiconductor processing
 > Disc mastering
 > OEM medical applications
General Specifications
  LEXEL™ 85 and 95 lasers are available in three versions:
   85: Multiline 1 W argon or 1/4 W krypton; 220VAC/30A single-phase operation.
   95: Multiline 2-4 W argon or 3/4 W krypton; 208VAC/35A three-phase operation.
   95L: Longer version of the 95. Multiline 5-7 W argon or 1.5 W krypton; 208VAC/50A
            three-phase operation.

To Get Detailed Specifications, Charts etc. click here
Contact us now for a quote, click here

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COMPACT DEEP UV GAS-ION LASER FOR
SPECTROSCOPIC APPLICATIONS
 

L-R: Lexel model 85, 95 and 95L lasers. Click for enlarged view.     
LEXEL™ Model 85-SHG Laser head.
Click photo to see a larger version.
 

Lexel 85-SHG laser head, interior view. Click to see larger version.
 
"Cover-off" view of the
LEXEL™ 85-SHG laser head.
 

Lexel Model 85-SHG, showing SHG cavity. Click to see larger version.
 
Close-up of the SHG cavity.
Six adjustment knobs are provided
for fine-tuning the output.

 

 

LEXEL™ 85-SHG Deep UV Laser Summary

The LEXEL™ 85-SHG gas-ion laser provides continuous-wave deep ultraviolet coherent laser light with up to 50mW output. (If you need even more deep UV power, the larger 95-SHG is available.)

The LEXEL™ 85-SHG laser is based on the proven LEXEL™ 85 series. It is an intracavity frequency-doubled system equipped with a nonlinear BBO crystal, to produce Second Harmonic Generation (SHG) deep UV coherent laser light.

It uses the simplest, most stable three-mirror folded cavity design for frequency doubling. This provides two benefits::

   > True hands-free laser operation in the Deep UV.
   > A high-quality TEM00 beam that's suitable even for highly mode-sensitive applications.

SHG Cavity Configuration. Click to see larger diagram.

The LEXEL™ 85-SHG is the first continuous-wave deep UV laser designed specifically for spectroscopic applications. Features include:

   Small Size
  > Integrate deep UV easily into existing instrument configurations
> Lab-to-lab portability
 
   Utility Friendly
  Bring our 85-SHG Deep UV Laser System to virtually any lab

VOLTAGE
   > Voltage 220 VAC
   > Current  35 Amp
   > Single phase 1Φ
   > Frequency 50/60 Hz

COOLING
   > Cooling 4kW
   > Flow (gpm) 1.8 gpm
   > Temperature 10-35° C
   > Pressure 20-70 psi

NITROGEN
   > Scientific Grade (>99.999%) N2 1 liter/min 0.3-0.5 psi
 
   Fundamental Stability Control
  > Spend time on your experiment, not on your laser
> Fast daily warm-up
> Hands-off deep UV power stability
> Ultra-stable deep UV beam pointing
 
   Spectrum Isolation
  > Ensure any nearby laser lines are suppressed for improved Raman SNR
 
   QuickSwitch™
  > This unique intracavity device allows easy and immediate access to either
    Deep UV or Visible wavelengths using a quick manual adjustment.
> Changing between UV and Visible takes a few seconds with no need for
    additional tuning.
> This adjustment is accessible from outside the optical cavity.
> The UV and Visible wavelengths emit from separate shuttered apertures in parallel.
> The UV and Visible wavelengths cannot be accessed simultaneously.
  
   Excellent Deep UV Beam Profile
  > Focus easily to small spot with minimal pinhole loss
 
   Versatility
  > Choose from Deep UV and multiple visible lines
 
   Warranty
  > 2 years / 2000 hours warranty (BBO Xtal is for 90 days)
 
To Get Detailed Specifications, Charts etc. click here
Contact us now for a quote, click here

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HIGH-POWER DEEP UV GAS-ION LASER
HIGH MODE SENSITIVE APPLICATIONS

LEXEL™ SHG Deep UV Lasers. Click to see larger version.

Lexel 95-SHG laser beam profile - click for enlarged view
 

LEXEL™ 95-SHG Deep UV Laser System

The LEXEL™ 95-SHG gas-ion laser provides continuous-wave deep ultraviolet coherent laser light with up to 250mW output. (For lower power output in a more compact laser, see our 85-SHG model.)

The 95-SHG laser is based on the proven LEXEL™ 95 series. The 95-SHG is an intracavity frequency-doubled system equipped with a nonlinear BBO crystal, to produce Second Harmonic Generation (SHG) deep UV coherent laser light.

It uses the simplest, most stable three-mirror folded cavity design for frequency doubling.  This provides two benefits:

   > True hands-free laser operation in the ultraviolet.
   > A high-quality TEM00 beam that's suitable even for highly mode-sensitive applications.

Scientific applications Industrial applications
> Optical Fiber Bragg Grating (FBG)
> Nano Technology
> Resonance Raman spectroscopy light source
> Microscopy light source
> Capillary electrophoresis (CE)
> Protein science (protein folding, protein secondary structure)
> Interferometric optic testing
> Semiconductor photolithography
> Semiconductor reticle inspection
> Semiconductor wafer testing
> Semiconductor surface Raman spectroscopy
> Fiber Bragg Grating

The LEXEL™ 95-SHG gas-ion laser provides continuous-wave deep ultraviolet coherent laser light with up to 250mW output. (For lower power output in a more compact laser, see our 85-SHG model.)

The 95-SHG laser is based on the proven LEXEL™ 95 series. The 95-SHG is an intracavity frequency-doubled system equipped with a nonlinear BBO crystal, to produce Second Harmonic Generation (SHG) deep UV coherent laser light.

It uses the simplest, most stable three-mirror folded cavity design for frequency doubling. This provides two benefits::

   > True hands-free laser operation in the Deep UV.
   > A high-quality TEM00 beam that's suitable even for highly mode-sensitive applications.

SHG Cavity Configuration. Click to see larger diagram.

The LEXEL™ 95-SHG is the first continuous-wave deep UV laser designed specifically for spectroscopic applications. Features include:

   Utility Specifications
 
VOLTAGE
   > Voltage 208 VAC
   > Current  50 Amp
   > Three phase 3Φ
   > Frequency 50/60 Hz

COOLING
   > Cooling 12kW
   > Flow (gpm) 2.2 gpm
   > Temperature 10-35° C
   > Pressure 20-70 psi

NITROGEN
   > Scientific Grade (>99.999%) N2 1 liter/min 0.3-0.5 psi
 
   Fundamental Stability Control
  > Spend time on your experiment, not on your laser
> Fast daily warm-up
> Hands-off deep UV power stability
> Ultra-stable deep UV beam pointing
 
   Spectrum Isolation
  > Ensure any nearby laser lines are suppressed for improved Raman SNR
 
   QuickSwitch™
  > This unique intracavity device allows easy and immediate access to either
    Deep UV or Visible wavelengths using a quick manual adjustment.
> Changing between UV and Visible takes a few seconds with no need for
    additional tuning.
> This adjustment is accessible from outside the optical cavity.
> The UV and Visible wavelengths emit from separate shuttered apertures in parallel.
> The UV and Visible wavelengths cannot be accessed simultaneously.
  
   Excellent Deep UV Beam Profile
  > Focus easily to small spot with minimal pinhole loss
 
   Versatility
  > Choose from Deep UV and multiple visible lines
 
   Warranty
  > 2 years / 2000 hours warranty (BBO Xtal is for 90 days)
 
To Get Detailed Specifications, Charts etc. click here
Contact us now for a quote, click here

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VISIBLE GAS-ION LASERS
SCIENTIFIC &  DISPLAYS

 


 
ColorPro lasers are specially designed to produce the accurate, rich colors needed in Scientific applications and Laser displays.
(Photo courtesy: Pangolin Laser Systems)
 

LEXEL™ ColorPro & BeamPro Laser Systems

The LEXEL™ ColorPro and BeamPro gas-ion lasers were developed specifically for scientific applications and laser displays.

The ColorPro series gives the best balance of white light and high power, for full-color laser output.

Specifications

There are five models available; two "white-light", two higher-powered green/blue and one for red-only beams.

Additional models are available with optics to give specific combinations of lines and powers.


To Get Detailed Specifications, Charts etc. click here

Contact us now for a quote, click here


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