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Precise Thermal lmaging for Industrial Excellence

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HJK-DS08C

The HJK-DS08C portable medical infrared thermal camera adopts a professionally self-developed medical-grade infrared thermal imaging solution and is built on a thermal infrared health management platform developed with IoT and cloud computing technologies. Equipped with advanced temperature transmission modules and algorithms, it enables full-body or facial image acquisition and analysis, providing professional visualization services for Traditional Chinese Medicine (TCM), Western medicine, and facial diagnostics. Packaged in a dedicated protective or portable suitcase, it is easy to carry and widely used in medical research, primary healthcare, and wellness institutions.

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The HJK-DS08C is a non-invasive and rapid tool

that provides accurate preliminary disease

screening by detecting abnormal body

surface temperature distributions.

 

It visualizes subtle temperature variations that may indicate inflammation, circulatory

issues, or metabolic changes associated with conditions such as breast

abnormalities, diabetic foot complications, and vascular disorders.

It allows for early risk assessment and guides

further diagnostic procedures.

Infrared Thermal Imaging Health Assessment and Analysis Report

 

  • Detector
  • Image processing and display
  • Interface
  • Others
  • Lens
  • Technical Parameter
  • Certificates
  • Detector type
    uncooled focal plane microbolometer
    IR resolution
    ≥ 384 × 288 ×16bit
    Pixel pitch
    17 μm
    Wavelength range
    8~14 μm
    NETD
    ≤0.025 @ 25°C
    Focusing mode
    motorized
  • Color palette
    multiple color palettes, including white hot, black hot, iron red, rainbow, etc.
    Data format
    16-bit temperature data (full data stream)
  • Data Interface
    RJ45
  • Temperature measurement range
    30℃~42℃
    Temperature measurement accuracy
    ≤ ±0.2℃
    Temperature measurement repeatability
    < ±0.2℃
    Full-screen temperature measurement consistency
    ≤ ±0.4℃
    Imaging distance
    0.5m–3m
    Instantaneous field of view
    ≥ 2.125 mrad
    Image frame rate
    50 Hz
    Image field cycle
    ≤ 0.02 sec/frame
  • Field of view
    34° × 44° (H × V)
    IFOV
    2.125mrad

Certificates

OEM / ODM

Customized Solution

Including Different Lenses, Sensors, Circuit Boards, and Interfaces

How Can We Help You?

We are committed to exceeding customer expectations and needs through excellent product quality and service quality.

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Our Factory and Equipment

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Debugging Room

Equipment Field Usage Room

Equipment Field Usage Room

R&D and Production Area

R&D and Production Area

Exhibition Area

Exhibition Area

Related Products

HJK-DS08A

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.

HJK-DS08B

The HJK-DS08B 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.

HJK-DS08M

The HJK-DS08M 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.