Comprehensive range of cooled and uncooled infrared thermal imaging modules for industrial, scientific, and defense applications.
Category
Waveband
Cooling Type

The XH1210LC long-wavelength cooled infrared module, based on a 1280×1024/10 μm long-wavelength cooled infrared detector, is integrated with various image processing algorithms, making it particularly suitable for detecting dust or reflective interference in challenging environments.

The XH615LA long-wavelength cooled infrared module, based on a 640×512/15 µm long-wavelength cooled infrared detector, is integrated with various image processing algorithms, particularly suitable for detecting dust or reflective interference in challenging environments.

The XH1210HMF module uses a high-temperature, cooled 1280×1024/10μm mid-wavelength infrared detector combined with a next-generation image processing algorithm to output fine, high-definition 1280×1024 infrared images.

The XH615HMG module utilizes a 640×512/15μm high-temperature, cooled mid-wave infrared detector combined with a next-generation image processing algorithm to produce fine, high-definition 640×512 infrared images.

The XH1207MB is a standard cooled infrared module developed by Xinghe Fraredsensor Technology. Available in various resolution formats, wavelength ranges, and continuous optical lens options. Houses a 1280×1024/7μm MWIR detector.

The XH1212MA is a standard cooled infrared module featuring a 1280×1024/12μm MWIR detector. Available in various resolution formats, wavelength ranges, and continuous optical lens options with pre-integrated electronics.

The XH615MA is a standard cooled infrared module featuring a 640×512/15 µm MWIR module with a CL058 cryocooler built in. Available in various resolution formats, wavelength ranges, and continuous optical lens options.

With high performance signal processing circuit and advanced image processing algorithm, XH330 for gas leak detection is developed on the basis of HgCdTe mid-wave cooled infrared detector. Visualizes VOCs gas (volatile organic compounds) that cannot be seen by human eyes.

As a leading manufacturer of cooled and uncooled infrared detectors and thermal imaging modules, Xinghe Fraredsensor Technology is developing the miniature and lightweight MIN1212/R thermal imaging core. Fully focused on SWaP-C (size-weight-cost-power).

MC212/612 uncooled IR imaging module is radiometric-capable and has available infrared non-contact temperature measurement function. Includes an exceptionally small size 256×192/12μm wafer level package (WLP) infrared detector.

Miniature and lightweight infrared thermal imaging core, the compact version of infrared camera core iTL612R. Fully oriented for SWaP-C (size-weight-and-power-cost), delivering exceptional performance in a compact form factor.

COIN417G2 uncooled IR imaging module, new generation version integrating 384×288/17μm wafer level package (WLP) infrared imaging detector, high performance signal processing circuit and image processing algorithm.

COIN612 adopts state-of-the-art 12μm VOx microbolometer technology and integrates 640×512 wafer level package (WLP) infrared thermal detector, high performance signal processing circuit and image processing algorithm.

TWIN412/R thermal module uses 384×288/12μm ceramic package infrared detector. Supports 11 pseudo color modes in total including White Hot, Lava, Ironbow, Aqua, Hot Iron, Medical, Arctic, Rainbow1, Rainbow2, Red Hot, Black Hot.

TWIN612 thermal module integrates 640×512/12µm ceramic package uncooled infrared detector. With typical NETD<30mK, presents clearer, sharper and more detailed thermal images with temperature measurement range.

TWIN1212 uncooled infrared camera core integrates GSTiR self-developed ceramic package infrared detector, high performance signal processing circuit and brand new image algorithm to output ultra clear images and accurate temperature data.

The iGS series shutterless infrared camera core does not require shutter correction during operation. Adapts to 1500g@0.4ms strong impact environment and solves problems of jamming or noise encountered by observers.

The iGS series shutterless infrared camera core does not require shutter correction during operation. Adapts to 1500g@0.4ms strong impact environment. Suitable for demanding integration environments.

TIMO120 integrates optical lens, 120×90/17μm wafer level package (WLP) detector and basic image processing circuit to quickly obtain thermal images of the target area and heat distribution.

TIMO256 integrates 256×192 wafer-level-packaging infrared detector, wafer-level optical lens, micro solenoid valve shutter and supports 25°/50° field of view with industry-standard interfaces.

MINI212 uncooled miniature thermal module developed based on the TIMO256 thermal module. Small size, low power consumption, low cost, and optional multi-view configuration. Temperature matrices and images allow flexible integration.

PLUG417R is one of the PLUG series uncooled thermal IR camera modules. Consists of 384×288/17μm uncooled infrared detector, full series of optical components, professional signal processing circuit and image processing algorithm.

PLUG612R is one of the PLUG series uncooled infrared modules. Consists of 640×512@12μm uncooled thermal infrared detector, full series of optical components, professional signal processing circuit and image processing algorithm.

PLUG617R is one of the PLUG series uncooled thermal camera modules. Consists of 640×512/17μm uncooled FPA infrared detector, full series of optical components, professional signal processing circuit and image processing algorithm.

PLUG1212R is based on GST1212M uncooled infrared detector with professional signal processing circuit and image processing platform, completely transforms the target infrared radiation into thermal images.

iHA417 uncooled infrared thermal camera specially developed for infrared (IR) fever sensing system to measure human body temperature anytime and anywhere. Consists of 384×288/17μm infrared detector, 7mm infrared optical lens and specialized SDK.

iHA417W thermal module specially developed for medical diagnosis. Integrated with self-developed wafer level packaging 384×288/17μm infrared detector, 9.1mm lens, 30-pin standard interface and SDK for temperature measurement with accuracy up to ±0.5℃.

iDAS384S vehicle-mounted infrared module integrates 384×288/17μm uncooled LWIR detector and enhances driver's visual capability in harsh environments such as total darkness, rain, snow, fog, and dust.
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Complete product catalog with full specifications for all infrared thermal imaging modules.
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