A new milestone in the IR thermal imaging industry is set by MobIR^® M4. The first mobile-like pocket IR camera in the world. Fully integrated design without compromising features. Robust inspection capability with easy operation, affordable price, and high reliability, make MobIR^® M4 the sole choice for thermal imaging where never possible before. Get everything expected for a thermal camera, all in the palm of your hand.

Features:

Unique design
Ultra-compact, lightweight & fully integrated
Easy to carry and operate
Precision non- contact temperature measurement
Ultra large capacity in-field image storage
Crisp thermal & visual imaging
Plug-and-play connectivity
Robust post-processing software
Affordable price & high reliability
40mm telephoto lens(optional)

Imagine if an IR camera looks like a mobile phone. We have done this with MobIR ® M4, the first mobile-like pocket IR camera in the world. Innovative idea and cutting- edge technology create this unique design.

Ultra- compact, lightweight & fully integrated
Though weighing only 265g (with battery) and shaped like a mobile phone, the camera perfectly integrates in its casing thermal and visual cameras, dual LCD displays, built-in blackbody, laser locater and battery bay. Also it offers 8G bit built-in flash memory. None of these parts adversely affects each other's function.

Easy of carry and operation
Rugged and light-weight architecture enables you to carry the camera in the same way as you do for a mobile phone.

Crisp thermal & visual imaging
With a thermal sensitivity of 0.12°C, the camera detects and captures extremely small temperature differences in high-resolution, noise-free 16-bit thermal images. Sharp digital visual images provided by the built-in visual camera enhance the efficiency further.

Precision non- contact temperature measurement
The integrated laser locator helps you accurately associate a hot spot shown in the thermal image with the real physical target.

Auto indication of hot spot and the image center
One cursor automatically indicates the position and temperature of the hottest spot within the image. Another cursor stays at the image center forever to show its temperature and provides a reference for inspection analysis.