Engineered for the smallest possible volume and weight, made with an advanced high-density manufac turing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. The sensor options include 5 Mpix, and 18 Mpix with a USB3 interface.
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The compact versions of our xiX PCIe camera series, equipped with Sony Pregius™ CMOS sensors, are the ideal choice for system integrators with complex setups and high bandwidth demands. Delivering high performance in small spaces or spread across greater distances, these cameras enable even the most challenging multi-camera systems. Reaching a resolution of 24.5 Mpix (5,320 x 4,600 pixels) and up to 30 fps pixels.
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The xiC camera series is highly versatile with a wide range of modern global shutter CMOS sensors. The ultra-compact form factor, barely larger than the C-mount, combined with Micro-B, Type-C, and flex ribbon connectors make these cameras the perfect fit for various applications, especially for automation and embedded vision systems. Reaching a resolution of 24.5 Mpix (5,320 x 4,600 pixels) and up to 15 fps pixels.
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Leveraging our expertise in camera design, we couple state-of-the-art image sensors with various types of fiber optics plates and scintillators to create high-resolution X-ray imagers for tomography applications (micro-CT). Different fields of view are defined by the sensor and fiber optics choice, while the type of scintillator defines the usable energy levels based on the sampled materials. With regard to these properties, the cameras will be designed and manufactured to your specific requirements. In addition, customizations cover parts like the interface, housing design, and cooling capabilities.
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Featuring one of the largest sCMOS sensors available today, the Gpixel GSENSE6060 with 37.7 million 10 μm pixels and a 60 × 60 mm optical format. The MX377 camera delivers scientific imaging capabilities with high dynamic range and low noise – at high speed. Front- and backside illuminated versions are available that reach a quantum efficiency of up to 95%. The low noise performance is attributed to the sensor design and the Peltier elements with fan or liquid cooling backends. The high resolution, fast framerates and 16 bits depth are efficiently handled by PCIe
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