Single Sided Electronic PCB Board Manufacturer For Infrared Temperature Gun

PCBA for infrared temperature gun with safety guards

--High-precision and long-distance temperature measurement: The use of high-performance infrared sensors and optical components ensures that the gun has high-precision temperature measurement capabilities, and can accurately measure the temperature of the target object at a long distance.

--Multi-point temperature measurement and area temperature monitoring: The integrated multi-point temperature measurement function allows users to measure the temperature of multiple target points at the same time, or realize the temperature monitoring of an area. This feature helps to obtain more comprehensive temperature information, especially in complex environments.

--Real-time temperature data logging: The introduction of real-time temperature data logging allows temperature data to be logged through the built-in memory or by connecting an external device. Users can view historical temperature trends at any time for analyzing and monitoring temperature changes.

--Automatic Calibration and Verification: The integrated automatic calibration and verification function ensures that the measurement results of the gun are always accurate and reliable. Automatic calibration can be adjusted according to environmental changes to ensure the long-term stability of the device.

--Temperature alarm and anomaly detection: The temperature alarm function is designed to issue an alarm in time when the measured temperature is out of the set range. The anomaly detection algorithm can recognize anomalies in different temperature scenarios, improving the application value of the device in special environments.

--Human body temperature screening and fast response: For human body temperature screening scenarios, design fast response algorithms and hardware structures to ensure that accurate measurement of human body temperature is completed in a short time, which helps to cope with the needs of health testing and so on.