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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.

  • InSb Cryocooled

    Our cryocooled InSb detectors engineered for cryogen-free operations deliver high-performance infrared detection in a compact, long-life package. With excellent sensitivity, and low noise, they are well-suited for mission-critical environments.

  • PC MCT LN2 Cooled

    Our LN2-cooled PC MCT detectors (J15D) use liquid nitrogen to maintain a stable 77 K operating temperature, minimizing thermal background and maximizing sensitivity across the 1.0–22.0 μm range. These detectors are ideal for laboratory environments where ultra-low noise and consistent performance are critical.

  • PC MCT TE Cooled

    Compact, thermoelectrically cooled MCT detectors offering broad spectral sensitivity and superior performance for mid-IR applications.

  • 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.

  • T2SL Room Temperature

    These uncooled Type-II Superlattice detectors provide stable mid-IR performance without the need for cryogenic or thermoelectric cooling. With tunable cutoff wavelengths and inherently low Auger recombination rates, they offer reduced dark current and are ideal for compact, low-power applications such as gas sensing, environmental monitoring, and portable spectroscopy.

  • Xcelera Family (Legacy)

    The Xcelera Series leverages the PCI Express (PCIe) platform to bring traditional image acquisition and processing technology to new levels of performance and flexibility. This unified and scalable platform currently supports high-performance Camera Link™ cameras.

  • 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.

  • 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.

  • Ladybug SDK

    Every Ladybug® system includes a feature rich Software Development Kit (SDK) to control camera settings, manage 360 degree image acquisition, and produce panoramic images and video. The Ladybug SDK includes the LadybugCapPro Windows application, source code examples for a quick start in the C/C++/C# programming environment, camera integration technical documentation, and an Application Programming Interface (API) software library with reference documentation. The API enables integration of Ladybug functionality into custom applications, and is supported by a library of online technical application notes and published knowledge base articles.

  • Piranha XL (Legacy)

    Teledyne multi-line TDI CMOS camera, delivering high speed and responsivity with low noise.