CO2 Lasers 9.1 μm – 10.9 μm - up to 180 watts

  • Manufactured by: Edinburgh Instruments

Quick Overview

The PL series of continuous wave (CW), grating tuned, infrared gas lasers, sets the standards for high power, stable sources for a wide variety of applications:

- Radar modelling
- Non-linear optics
- Interferometry
- Process control
- Atmospheric studies
- Plasma density measurements

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Description

The PL series of continuous wave (CW), grating tuned, infrared gas lasers, sets the standards for high power, stable sources for a wide variety of applications:

- Radar modelling
- Non-linear optics
- Interferometry
- Process control
- Atmospheric studies
- Plasma density measurements

 

The PL-series of lasers include grating tuned CO2 lasers with a step tuneable wavelength from 9.1 μm – 10.9 μm with single line powers from a few Watts (Model PL2), to 50 W (Model PL5) and even to 180 W (Model PL6), each characterised by excellent amplitude and frequency stability for the most technically challenging tasks.

The PL2 laser lends itself to flexible tailoring to scientific applications. For example, if used with our 184T pump station, the laser head can be filled with the desired isotopic gas mix which gives the user access to a range of alternative wavelengths.

The higher power PL-series lasers can be used to optically pump polar gases (for example methanol, formic acid, etc) to create Far-Infrared (FIR) laser emission. The FIR/TeraHertz region (40 μm – 1.2 mm, or 7.5 THz – 0.25THz) can be used for temperature measurement of fusion reactor plasma. There are also many applications in homeland security and scanning, scattering density measurements, radar modelling, etc.

 

CO2 lasers specifications

 

 

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CO laser specifications - PDF 0.75 Meg

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Manufacturer Informations

Edinburgh Instruments

    Founded in 1971 by Professor S. D. Smith, Edinburgh Instruments Ltd has become one of the world’s largest manufacturers of leading edge spectroscopic instrumentation and gas detection solutions.


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