Infrared Thermal Imaging Human Body Temperature Measurement System

Infrared thermal imaging human body temperature measurement system is a technology to measure temperature by detecting infrared radiation emitted by human body. It is mainly composed of infrared optical system, infrared detector, computer processing system and monitor, widely used for quarantining at stations and airports, medical service and other applications.

  1. Working principle
  2. Infrared detection: Infrared radiation emitted by human body is in direct proportion to body temperature. An infrared thermal imaging camera can detect these infrared radiations and transfer them into electrical signals.
  3. Gauging: The computer processing system analyzes and processes the electrical signals, and gauges the body temperature according to the intensity and distribution of infrared radiation.
  4. Real-time display: The measurement results can be displayed in real time, easier for recording and monitoring.
  5. Advantages
  6. Non-contact: No direct contacts with the targets, reducing the risk of cross infection.
  7. Rapid: It enables multiple targets temperature screening at the same time, improving the working efficiency.
  8. High precision: It can accurately take body temperature with a lower margin of error.
  9. Real time: It can monitor body temperature of the targets in real time, which is convenient for screening out people with elevated temperature.
  10. Application scenarios
  11. Public places: Such as stations, airports, docks, shopping malls, schools, etc., for mass body temperature screening.
  12. Medical institutions: It can assist doctors in hospitals, clinics, etc., for rapid measurement of patients’ body temperature.
  13. Industrial fields: In factories or workshops, it can monitor staff’s body temperature

GSTiR iHA417W medical temperature measurement infrared core

Based on GSTiR’s own wafer-level packaged infrared detector, GSTiR iHA417W medical temperature measurement infrared core, with a smaller overall size and lower integration costs, accelerates the marching progress of terminal machines towards multi-level medical health market, bringing the benefits of thermal imaging technology to the public.

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