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ElijaBeth(Non-contact Thermal imaging camera) (TRUONE co. Ltd)
ElijaBeth(Non-contact Thermal imaging camera)
- HS Code 90
- Certification CE, FCC
- Patent
- Awards
- Features
This is a thermal imaging camera made by branding/designing the product transferred to localization of parts through 6 years of research and development at KAIST/Nano Technology Institute.
1) Contactless isolation to prevent secondary infection
2) Simultaneous analysis of quarantine results after body temperature measurement
3) Thermal image + real image + face recognition MAX function
4) User-defined emissivity adjustment function
5) Function to delete surrounding high temperature background during measurement
6) Auto alarm and auto save function
7) Ultra-compact, ultra-low price
8) Easy installation and 24-hour real-time temperature measurement monitoring
9) Thermal imaging camera made with pure Korean technology
10) Free software updates under development
Company Information
Address : B-301,DTVAN-S,50, Techno jungang-ro, Yuseong-gu, Daejeon, Republic of Korea
Website : http://http://truone.co.kr
Our company is a specialized company that commercializes products related to optical devices.
Our company's'Elizabeth' was developed by KAIST and Nano Technology Institute for 6 years, and the IR sensor was transferred to Truwin, a small and medium-sized company in Korea. "Elizabeth" is OEM-produced, has superior performance compared to other global products in its class, and is relatively inexpensive through localization technology. It is possible to accurately measure body temperature by viewing images and real images, adjusting the user's emissivity, and providing an automatic alarm function, automatic saving function, voice support, and a face recognition function.
Our company's'Elizabeth' was developed by KAIST and Nano Technology Institute for 6 years, and the IR sensor was transferred to Truwin, a small and medium-sized company in Korea. "Elizabeth" is OEM-produced, has superior performance compared to other global products in its class, and is relatively inexpensive through localization technology. It is possible to accurately measure body temperature by viewing images and real images, adjusting the user's emissivity, and providing an automatic alarm function, automatic saving function, voice support, and a face recognition function.
