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R&D Scene
Thermal imaging cameras can indicate material properties under the most demanding conditions and Perform non-contact temperature measurement. a series of infrared sensors Type and optical properties make infrared thermal imaging a number of research environments An indispensable part.
Microscope
Thermal imaging guns can clearly see people, weapons and animals in harsh environments such as full black, smoke, dust, rain and snow, trees, camouflage, etc. This has a great effect on finding enemy conditions in advance and quickly finding prey, which can meet fast high-precision stable shooting. Light weight, small size, easy to carry
Surveillance
Thermal imaging lens can detect extremely small temperature difference, convert the temperature difference into real-time video image display, can see through obstacles such as fog, rain, smoke, etc. It can be used in extreme weather, can be used normally during the day and night, and all hot objects are nowhere to hide
Board
Scientists designing and manufacturing circuit boards face the task of managing heat dissipation How to balance the performance or cost of the problem. Accurate understanding of thermal issues Straight is a very difficult thing. However, with thermal imaging, Engineers can easily observe the equipment they manufacture Thermal mode and quantitative analysis to design better products
Medical Field
Infrared thermal imaging technology is outstanding in the medical field, using the infrared radiation energy of the human body itself, and through the photoelectric signal conversion, the infrared radiation information of the human body surface is finally presented in the form of a pseudo-infrared thermal image. This can help the experts to conduct a more comprehensive diagnosis, and some areas of the disease caused by inflammation, combined with high-precision detectors, can find more subtle symptoms.
Gun Sight
Thermal imaging guns can clearly see people, weapons and animals in harsh environments such as full black, smoke, dust, rain and snow, trees, camouflage, etc. This has a great effect on finding enemy conditions in advance and quickly finding prey, which can meet fast high-precision stable shooting. Light weight, small size, easy to carry
We have an excellent inspection team that requires them to inspect 100% of all thermal infrared optical components. Test data is provided with the prototype order.
Moscow VDNH (Hall 75), Hall A-B, 1A3-1
October 20-23, 2020
MITEC, Kuala Lumpur, Level 3, booth number 11069
24 - 27 August 2020
Thermal imager increasing requested for defending Coronavirus
A new type of coronavirus cause severe impacts on countries. As human temperature abnormal is an important indicator for detecting flu, thermographic thermal imager has been widely used in public places, such as airport, railway stations and inter-city bus stations quarantine.
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Common materials applied in Infrared lens
Common materials applied in Infrared lensThe development of infrared materials are always strongly linked with infrared technology and opto-electronic technique. For infrared optical materials, optical properties is the first factor that we should pay attention to, then choose the suitable material
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Safety and transportation
Driving at night With the development of transportation networks, traffic safety has been paid more and more attention. The driver’s line of sight is affected by various weather conditions and is highly prone to traffic accidents. The infrared thermal imaging aid system detects the road ahead in clear weather such as dark nights and haze, and clear imaging.
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The Future Trends of infrared lens
The Future Trends of infrared lens1. AthermalizationVarious methods are currently used to achieve athermalization. Using a combination of materials such as zinc sulfide, zinc selenide, and germanium can provide some passive optical athermalization. Hybrid passive / active mechanical athermalization
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