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  • InAs TE Cooled

    For applications demanding even greater thermal control and low-noise performance, Teledyne Judson’s TE-cooled InAs detectors are the ideal solution. With a 3.8 μm cut-off and photovoltaic operation, they deliver exceptional sensitivity for DC and low-frequency measurements – without the 1/f noise seen in photoconductive alternatives.

  • BOA Spot (Legacy)

    Everything you expect in a vision system for less. With integrated LED lighting, lens cover, easy-to-use software, and easy integration with factory systems.

  • Evaluation Kit for Dragonfly S Cameras

    Leverage the Evaluation kit to get you started with your design journey. Plus, create up to 7 different camera configurations as needed, all on your own.

    The Dragonfly S Evaluation Kit is meant for use with CS- or C-mount models. Camera is not included.

    The evaluation kit includes:
    USB3, 3 meter, Type A-male to Micro-B (Horizontal Locking) Cable (ACC-01-2300)
    Dragonfly S Universal Locking Bracket (ACC-01-0020)
    0.3 m 6-pin JST Connector GPIO Cable (ACC-01-3015)
    M12 S-mount lens (ACC-01-4007)
    CS- to C-mount 5 mm Spacer Adapter (ACC-01-5004)
    Tripod Adapter (ACC-01-0017)
    Dragonfly S S-mount Front
    Two Dragonfly S Thermal Pads
    Heatsink - required for board-level and partial case configurations.
    Hex key

    Items in the kit identified with part numbers can also be purchased separately.

  • PV MCT LN2 Cooled

    Optimized for low-noise performance, these detectors are LN₂-cooled to significantly reduce dark current and enhance detectivity. Ideal for demanding spectroscopy and thermal imaging applications, they feature high shunt resistance, low capacitance, and are available in various active area sizes and configurations.

  • PV MCT TE Cooled

    Thermoelectrically cooled detectors offering high sensitivity, low noise, and fast response across a wide 2.8–5.0 μm spectral range. Available in one- to four-stage TE configurations, these sensors provide enhanced performance for applications requiring precision and stability.

  • Genie Nano-CXP

    Genie Nano-CXP builds on Nano's proven reputation and leverages a CoaXPress 6Gbps interface to deliver maximum throughput from leading edge CMOS image sensors.

  • BOA3 (Legacy)

    Introducing BOA3, Teledyne DALSA’s fastest, most flexible smart camera platform. BOA3 is a highly integrated vision system in a compact smart camera format.

  • GEVA 3000 CL (Legacy)

    GEVA 3000 CL multicamera vision systems adds Camera Link support to Teledyne DALSA's high-performance industrial controllers with embedded software, offering excellent cost savings for vision applications such as final inspection of large assemblies

  • Rad-icon

    Teledyne’s Rad-icon family digital x-ray panels offer large area and high performance with a fast, reliable PC interface (either GigE or CameraLink)

  • RadEye XR

    The RadEye XR is an ultra-high resolution industrial dynamic detector. The RadEye XR detectors are designed to address the most demanding needs of Industrial inspection, biomedical and scientific applications.

    The CameraLink HS™ interface allows for easy access to feature such as adjusting the frame rate, single or multiple frames acquisition and control of advanced timing modes. Each detector ships with user-friendly software tools for stand-alone operation or easy integration with your application software

  • Bumblebee®2 FireWire (Legacy)

    The Bumblebee®2 stereo vision camera provides a balance between 3D data quality, processing speed, size and price. Developed as a drop-in replacement for the original Bumblebee camera, the Bumblebee2 also features increased frame rate and a GPIO connector for external trigger and strobe functionality.

  • InGaAs Linear Arrays

    Designed for fast, accurate line scanning, our InGaAs linear arrays cover the 1.7 – 2.6 μm spectrum with exceptional uniformity and sensitivity. These detectors are optimized for NIR spectroscopy, hyperspectral imaging, and industrial inspection, delivering consistent performance across each pixel for precise analytical results.