The Pain Points of Traditional Temperature Measurements for Preventing Infectious Virus
Waste Time & Energy
In stations, airports, docks and other places with large traffic flow, a large number of passengers wait in queue
Contact Temperature Measurement
Easy to cause cross infection
Cause psychological burden to the detected personnel
Cause psychological burden to the detected personnel
Not for Long-term Use
There is no mechanism to measure body temperature in public places during the nonepidemic period and the early outbreak period，Easy to cause a large area of virus infection
No Formed Data Accumulation
Generally, temperature information has not formed as data, so it is difficult to analyze and evaluate the health and epidemic prevention, and difficult to improve the epidemic prevention and control.
Thermal Camera Thermometer Technology
Accurate face tracking Present results in real time
Face recognition algorithm is used to accurately locate the temperature to the target
Bi-spectrum, dual channel All-weather real-time monitoring
Visible light can capture human face and thermal imaging can monitor body temperature
Multi-objective fast non-contact temperature measurement
Complete 16 target temperature measurements within 30 milliseconds at a distance of 3-5 meters
Temperature accuracy ≤0.3°C
Modified ≤0.3°C (emissivity, distance, ambient temperature, etc.)
Advantages Compared to Traditional System
Key Features
Thermal Camera Body Temperature Measurement System
Single Point Applications
Medium & Large Scale Applications
Body Temperature Measurement System- Products
Typical Application
