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Modules
Fpv thermal camera
HJK-CVBS
Mega thermal camera
HJK-MP
Research and science camera
HJK-HS
HJK-MARCO
HJK-MWIR
Thermal camera for gimbal and handheld device
HJK-UVC
Thermal camera in process inspection
HJK-LWIR
Thermal machine vision camera
HJK-SWIR
Thermal security camera module
HJK-LWIR-IP
Products
Handheld Thermal Camera
HJK-HDV
Infrared Thermography For Disease Screening
HJK-DS08A
HJK-DS08B
HJK-DS08C
HJK-DS08M
Monocular
HJK-WS
Thermal Camera For Electricity Power
PSGT320
PSGMT490
PSGMB200
PDG-NS
Thermal Camera For Furnace And Kiln
HIRDA-FAK
HJK-KK
Thermal Camera For Metalurgy
HIRDA-HT
MSFL36KN
Thermal CameraFor Oil&gas
HJK-OG
Applications
Car Damage Inspection
Disease Screening
Integration For Military And Defense
Kiln And Furnace Monitoring
Laser Cladding 3D Printing
Leakage Current Analysis On PCB
Sport Recovery & Injury Implication
Glass Furnace Exit monitoring
Glass Furnace Exit Monitoring
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Precise Thermal lmaging for Industrial Excellence
MODULES
High Speed Thermal Camera
scientific research and laboratory studies
Marco thermal camera
Mwir Cam Thermal
Die wärmebildkamera der Serie HJK-HS ist eine hochgeschwindigkeit arbeitende Langwellen-Wärmebildkamera. Im Gegensatz zu einer mini wärmebildkamera ist sie als spezielle wärmebildkamera online speziell für die Erfassung schnell bewegter thermischer Ereignisse konzipiert. Ausgestattet als wärmebildkamera sensor und als wärmebildkamera pc arbeitet sie im Spektralband von 8–14 μm. In Kombination mit einem wärmebildvorsatzgerät china und als wärmebildkamera professionell bietet sie eine hervorragende thermische Empfindlichkeit. Ihre maximale Bildrate beträgt 200 Hz und wird von der Cimage-Technologie unterstützt, die genaue und zuverlässige Messungen gewährleistet. Wir sind ein zuverlässiger hersteller wärmebildkameras. Wenn Sie eine wärmebild kamera kaufen oder eine wärmebildkamera kaufen möchten, können Sie uns gerne kontaktieren.
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The HJK-HS series is a high-speed long-wave infrared thermal imaging camera, functioning as a dedicated IR camera designed for capturing fast-moving thermal events. As a professional heat camera and heat detecting camera, it operates in the 8–14 μm spectral band, delivering uncompromised thermal sensitivity. With a maximum frame rate of 200 Hz, this temperature camera tracks rapid temperature fluctuations in real time, powered by Cimage technology for accurate and reliable measurement.
The HJK-HS series is a high-performance infrared thermal imager designed specifically for rapid inspection applications. As a professional heat vision camera, it captures transient temperature changes of fast-moving targets at a maximum frame rate of 200 Hz. Powered by advanced Cimage technology, this infrared thermal imager delivers accurate and reliable temperature data across a wide range of inspection environments.
The HJK-HS series is a thermal camera 640x480 resolution model, positioning it as the highest resolution thermal camera in its class for scientific research and experimental applications. Built upon advanced infrared thermal imaging fundamentals research and applications, this thermal camera delivers reliable and high-fidelity temperature data with a maximum frame rate of 200 Hz, making it ideal for capturing fast-moving thermal events. Powered by Cimage technology, it ensures accurate and detailed temperature measurement across a wide range of experimental conditions.
The HJK-HS series is an economical choice compared to the HJK-MWIR series. It offers high frame rate as much as possible while keeping the budget lower. With a frame rate of up to 200 Hz, it can be applied in scenarios involving fast-moving targets or where users require more temperature data, images, and temperature values. Powered by Cimage technology, it supports accurate and detailed temperature measurement.
HJK-MACRO
The HJK-Macro is a kind of thermal camera with a minimum resolvable size of 6μm, enabling the detection of the finest details on circuit boards, such as overheating or cold solder joints on pads, micro-solder joints, and fine wires of 6μm and above. It can capture temperature rises instantly and output clear images because of Cimage technology. The playback function supports further analysis of the entire process.