long wave non-cooled movement

Product Description The LWIR uncooled thermal imaging module adopts premium vanadium oxide focal plane detector, with a spectral response range of 8μm ~ 14μm. Thanks to modular design, thethermal imaging module has a small size, a light weight and low power consumption, easy for integration. The device employs adaptive non-uniformity correction, digital noise reduction, image intensification, automatic dimming and other algorithms. With multiple interfaces and strong expandability, the product is compatible with a variety of interfaces (PAL, CameraLink, SDI, CML). It can be widely used in vehicle night vision, hunting, photoelectric pod, industrial detection, security monitoring, and scientific research among others.

Product Description The LWIR cooled thermal imager adopts high sensitivity MCT focal plane detector, and Stirling Cooling, with a spectral response range of 7.7μm-9.3μm. Adaptive non-uniformity correction technology, image noise filtering, enhancement, automatic dimming and other intelligent image processing methods are used to ensure good image quality. With high sensitivity, small size, and modular design, the product is easy for integration, and can work around the clock. Characterized by a full range of functions, multiple interfaces, high reliability, and strong expandability, it can be widely used in industrial monitoring, fire warning, panorama search, characteristics measurement, thermal image viewing, scientific research and IR recognition etc.

Product Description The MWIR thermal imaging core utilizes a compact, high-sensitivity MCT focal plane detector, with Stirling cooling. It features a pixel size of 15 μm and a spectral response range of 3.7 μm to 4.8 μm. The system employs adaptive non-uniformity correction technology, along with intelligent image processing algorithms such as noise filtering, enhancement, and automatic light adjustment. Key characteristics include high sensitivity, small size, modular design for easy integration, rich interfaces, high reliability, and strong expandability

Product Description The SWIR camera applies InGaAs focal plane TEC cooled detector, with 640x512 resolution, 15μm pixel spacing, and 0.9μm-1.7μm response band. With primary/secondary TEC Cooling function, the product further reduces the readout noise. The complete device adopts integrated and modular design, with high sensitivity, small volume, light weight, low power consumption, multiple interfaces and other characteristics, easy to be integrated by the customers. The SWIR IR camera can be widely used in astronomical imaging, biomedical treatment, industrial monitoring, machine vision and other applications.

Product Description LWIR continuous zoom uncooled thermal imager adopts uncooled IR focal plane detector, and features small modular design, characterized by high sensitivity, small volume, light weight, low power consumption, and multiple interfaces. It can bring about the functions of continuous zooming, clear imaging and fast automatic focusing, and serve the applications of security monitoring, wildlife patrol, and industrial temperature measurement.

Product Introduction The Short-Wave infrared(SWIR) camera adopts InGaAs focal plane TEC cooling detector,resolution 640x512, pixel pitch 15μm, and 0.9μm~1.7μm response wave.It is equipped with two-stage TEC deep cooling function,effectively minimizing readout noise. The whole machine with the feature of integration and modularization.High sensitivity, small size, light weight, low power consumption, and rich interfaces, it is easy for customers to integrate and use.

Product Description The MWIR continuous zoom thermal camera consists of a large zoom ratio continuous zoom lens and a high-sensitivity imaging detection component. The lens has a focal length range of 22mm to 700mm, and an optical zoom ratio of 30x. It employs a compact optical design and precision structural design, with special structural processing technology, high-precision optical-mechanical assembly techniques, and advanced servo control technology used during production. The imaging detection component has a resolution of 640x512@15μm and utilizes low-noise, high-sensitivity imaging technology. It features intelligent image processing algorithms such as adaptive non-uniformity correction, noise filtering, wide dynamic range image enhancement, and automatic light adjustment. It is characterized by its small size, lightweight, long focal length, long-range capability, large zoom ratio, high optical axis alignment accuracy, and clear imaging throughout the zoom range. The imaging detection component has excellent environmental adaptability, capable of providing clear and stable imaging for extended periods in extreme conditions such as high and low temperatures.