Products

We develop, design, and manufacture single frequency, continuous wave DPSS lasers from the UV to NIR at mid- to high power outputs. We cater to a wide range of demanding applications, including Raman Spectroscopy, Brillouin Scattering, Holography, Metrology, Flow Cytometry, Microscopy, Quantum Technology, and more

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Features & Performance

Narrow linewidths < 0.5 MHz, with our Quantum Range lasers < 0.3 MHz

Turnkey installation with online diagnostics and service

Output power stability within 2 % over 8 hours, ± 1.5 °C

Industry-leading performance from a small footprint

Virtually imperceptible power noise below 0.1 % RMS (10 Hz - 10 MHz)

Less than 1 pm of spectral drift over 8 hours, ± 1.5 °C

Browse Lasers

 

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Show QT Lasers only:

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.5 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.3 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.3 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.5 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.3 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.5 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Linewidth ≤ 0.5 MHz

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

  • - CW Operation
    - Single longitudinal mode
    - Specifications TBC

  • - CW Operation
    - Single Longitudinal Mode
    - Specifications TBC

Technology

Our engineering platform utilises the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.

Laser Optics

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UniKLasers Ltd.
Ratho Park Phase One, 88 Glasgow Rd
Ratho Station, Edinburgh
EH28 8PP

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BRaMMS Technology® trademark: UK00003361361