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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
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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
HJK-SC320
HJK-SC490
HJK-SC200
HJK-SC-NS
High Temperature Thermal Camera
HJK-EDS
HJK-OG-HV
HJK-VOC
Thermal Camera For Oil&gas
HJK-OG
Thermal Camera For Furnaces and Kilns
HJK-FK
HJK-IC-B1
HJK-IC-B2
HJK-KK
Applications
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
Sintering Machine Tail Monitoring
Anode Furnace Wall Monitoring
Badminton Racket Non-destructive Testing
Continuous Molten Iron Temperature Monitoring
Ladle Intelligent Analysis and Diagnosis
P-S Converter Temperature Monitoring
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Precise Thermal lmaging for Industrial Excellence
PRODUCTS
Infrared Thermography for Disease Screening
Thermal Camera for Oil&Gas
The HJK-HDV series infrared thermal imaging camera combines high-definition infrared thermal imaging technology with a high-definition visible light module for clear image details. It features a quick-release lens design that automatically identifies the lens and is compatible with a variety of standard, wide-angle, microscopic and other lenses. The lens barrel can rotate 180° freely, flexibly adapting to various shooting scenarios.
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The HJK-EDS high temperature thermal camera for furnace is a specialized device designed for visual inspection in extreme heat, high dust, and enclosed industrial furnaces and kilns. It extends a camera into the furnace interior to provide real-time observation of internal conditions, helping engineers inspect equipment damage, troubleshoot faults, and ensure safe operations. It is a thermal camera with heat resistance up to 1600 degrees, designed for cracking furnace, boiler, and heating furnace monitoring.
he HJK-OG-HV high-temperature industrial thermal camera for furnace is easy to operate and highly suitable for internal temperature monitoring and operational condition assessment. The accompanying imaging software is pre-installed on a tablet device, enabling comprehensive real-time monitoring, analysis, and storage of imaging data in the field. As a thermal camera for furnace, reformer, and cracking furnace monitoring, this system supports online monitoring at the site, thereby extending the service life of both the furnace and its tubes. It is an industrial thermal camera with heat resistance up to 1600 degrees, built for extreme temperature environments.
The HJK-VOC employs a 320×256 cooled infrared sensor and integrates multi-sensor fusion technology. As a gas leak detection thermal camera, it enables rapid, non-contact scanning of storage tanks, pipelines, and other facilities to pinpoint VOC leaks accurately, significantly reducing revenue losses due to equipment failures and maintenance delays. As a cooled MWIR real-time gas leak detection infrared thermal camera for industrial inspections, it is well suited for demanding applications in petrochemical plants and environmental enforcement, where safety and efficiency are paramount. It is also an explosion-proof gas leak detection thermal camera for hazardous environments.
The HJK-KK infrared thermal imaging camera adopts an uncooled focal plane detector,with a wavelength range of 8 to 14 μm and a resolution of 1280×512. It has a wide temperature measurement range of -20°C to 800°C and achieves a temperature measurement accuracy of ±2°C or ±2%. Featuring an IP67 protection rating and gas and dust explosion-proof capability, it delivers reliable and accurate temperature data.
The HJK-DS08A adopts a fully self-developed software and hardware integrated solution. Equipped with a high-performance anti-reflective infrared optical system and advanced temperature transmission technology, it captures full-body imaging within 2.5 meters, solving common issues such as interference, attenuation, and distortion found in conventional thermal imaging equipment. It also features an electric lifting mechanism that helps resolve typical problems like image distortion and energy diffuse reflection caused by PTZ rotation.