Infrared thermal imager has extensive applications in biological testing and research. Its main uses include the following aspects:
Infrared thermal imager can non-contact monitor the temperature distribution on the human body surface, which is very useful for detecting body temperature, changes in skin temperature, and other physiological parameters. It can be used to detect fever, inflammation, and so on, and also help monitor blood flow and cardiovascular health conditions.
By analyzing infrared thermal images, early signs of certain diseases can be detected. For example, tumor locations usually show abnormal temperature changes, and infrared thermal imaging camera can be used for early cancer screening. Additionally, infrared thermal imaging also plays a role in the diagnosis of chronic diseases such as rheumatism and diabetic foot ulcers.
Infrared thermal imager can be used to monitor post-surgery recovery, especially in observing wound healing and infection risks. By detecting temperature changes in localized areas post-surgery, potential complications can be identified and dealt with promptly.
In sports medicine, infrared thermal imaging camera is used to assess the condition of muscles and joints in athletes. By monitoring temperature changes before and after training, muscle fatigue levels and possible injuries can be determined, aiding in the formulation of reasonable training plans and rehabilitation programs.
Infrared thermal imager can also be used to study emotional changes and psychological states. Emotional fluctuations cause changes in facial and body surface temperatures; these temperature changes can be analyzed through thermal imaging to understand emotional states and psychological reactions.
In animal behavior and ecology research, infrared thermal imager is used to monitor the body temperature and behavior patterns of wild animals, helping to understand the physiological states and ecological habits of animals.
The application of infrared thermal imaging cameras in biological testing research greatly improves the accuracy and convenience of research, providing a powerful tool for studies in physiology, pathology, psychology, and more.
