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  1. Build A better lab

    with Ice Bloc

  2. WORLDWIDE

    SUPPORT

  3. Simple web-based

    control

  4. Engineered

    for performance

  5. Customisable

    to suit you


World class laser instrumentation

Already proven in the field, Ice Bloc is the first system that is fully Ethernet-connected and controlled entirely from a web browser or using any popular programming language, giving you more control over your experiments and data. Designed to exacting standards, whichever Ice Bloc you choose, you’ll benefit from state-of-the-art specifications and usability.


DD40: Laser diode driver

High-power, one to four channels
Laser diode driver

Ice Bloc DD40 is a high power, precision laser diode driver, available with one to four independent channels

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Low Noise QCL drivers

High precision, ultra low noise

Ice Bloc QCL drivers are ultra low noise current sources and temperature controllers for quantum cascade lasers

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TC: Precision TEMPERATURE CONTROLLER

High-power, one to four channels

Ice Bloc TC is a high power precision temperature controller, available with one to four independent channels

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DDTC: Diode driver & temperature controller

All-in-one control

Ice Bloc DDTC is an integrated precision diode driver and temperature controller.

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DCS: Digital Timing & Waveform Controller

Sequencing system

Ice Bloc DCS is a highly versatile sequencing system with multiple high-speed digital I/O.

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What our customers have to say...

“We've been really impressed with both the precision of the Ice Bloc TC temperature controllers and how easy they are to use, tuning gain parameters from my desk using the web-based front end definitely beats fiddling with pots while looking at a 'scope.”

  • Dr Tom Harty
    University of Oxford

“The Ice Bloc system combines superior stability and high power efficiency in a miniaturized package. These benefits are well suited for our aspirations towards micro-satellite space missions employing QCL sources and we are currently developing an in-orbit demonstration mission building on this success.”

  • Dr Damien Wiedmann
    Rutherford Appleton Laboratory