The see-through thermal imager for teaching can observe nocturnal insects and small creatures without looking into privacy (PTI-NKH1-S)

Infrared thermal imager
Infrared thermal imaging cameras can detect heat energy that is invisible to the human eye, helping observers see and accurately measure small changes in temperature. By displaying the colors of different temperature differences, it can quickly present the entire temperature distribution in the image. Such images can quickly identify high and low temperature areas, thereby revealing potential temperature anomalies and helping to quickly detect possible faults.

German thermal sensor lens designed and manufactured in Taiwan
The NKH1-S see-through thermal imaging camera for teaching is manufactured using German thermal sensing lenses and is characterized by being equipped with multiple thermocouples. Compared with traditional infrared thermal imaging cameras, this design can provide clearer and more accurate thermal sensing images. The combination of multiple thermocouples greatly improves its accuracy and provides a more reliable measurement and observation experience.

The purpose of using infrared fluoroscopy
This see-through thermal imaging camera uses the penetrating properties of infrared rays to explore and analyze information that cannot be discerned by the naked eye. Equipped with invisible light 940nm infrared and see-through lenses, it can clearly observe nocturnal insects and small creatures. This function is very suitable for school teaching, providing opportunities for field observation and exploration, and stimulating students' curiosity and interest in learning about the natural world.

necessary elements for perspective
The characteristics of infrared make it possible to see through special black plastic or glass products. The see-through lens is installed on the infrared thermal imaging camera, and combined with invisible infrared irradiation and a completely black glass or plastic cover, objects can be easily seen through. This combination can provide in-depth observation of specific materials, allowing users to glimpse internal structures or subtle changes that are invisible to the naked eye.