Temperature Measurement

Using thermal imaging principles and temperature measurement algorithms, infrared thermal imaging can accurately measure temperature while significantly improving efficiency.

Application scenarios:

Industrial Temperature Measurement & Body Temperature Monitoring

In modern factories, infrared thermal imaging assists machine vision systems, providing real-time temperature data across the entire manufacturing site to monitor heat distribution, aiding in precision manufacturing and accelerating industrial upgrades.

In medical checkups, infrared thermography systems offer a non-invasive and painless method for capturing body heat distribution and precise temperature data, helping doctors with early diagnosis and contributing to the health industry.

In fact, the applications of infrared thermal imaging go far beyond these scenarios. The allure of thermal imaging lies in its ability to expand our vision, turning the invisible into the visible and making the impossible possible.

With the rapid development of artificial intelligence, the integration of infrared technology with other new technologies has become an inevitable trend. The combination of thermal imaging, temperature measurement, and AI technology will accelerate the creation of more specialized applications in various industries.

ROCIR focuses on the development of core components for infrared thermal imaging. Its products include infrared detectors, modules, and camera cores, which are widely integrated into various infrared thermal imaging devices. These products have been successfully deployed in fields such as security monitoring, industrial inspection, firefighting and rescue, consumer electronics, intelligent transportation, and smart healthcare.