A rugged, compact radiometric thermal process imager providing unsurpassed temperature accuracy across a wide range of applications.
A range of high-precision thermal imagers producing high-temperature measurements in a wide range of applications.
High-resolution short-wavelength radiometric infrared borescope imaging cameras designed for a wide range of continuous process monitoring and control applications.
The NIR-B-2K-Glass is a borescope thermal imaging camera, specifically developed to return precise temperature measurements in glass furnace applications.
A short-wavelength radiometric infrared borescope imaging camera for continuous temperature measurement in furnace applications with a higher differential temperature in the field of view.
The NIR-Borescope 3XR is an infrared thermal imaging solution offering continuous, short-wavelength, 24/7 temperature monitoring for steam reformer and Ethylene cracker tube furnaces.
A highly accurate radiometric infrared borescope imaging camera with spectral filtering for continuous temperature measurement and furnace profiling applications.
Compact and sophisticated high accuracy infrared linescanner, designed to produce advanced thermal images of moving processes.
A high-resolution, accurate, fast, radiometric thermal imager designed to capture detailed temperature information in harsh industrial environments.
An application-specific version of the proven ARC thermal imaging system, designed for temperature monitoring of aluminium strip and cold rolling strip processing.
An extremely compact, fast-response infrared scanning system designed to detect emerging hot spots on conveyor belt materials.
The Slag Detection System (SDS) is the proven solution for accurate and timely detection of slag carryover in the steelmaking process, allowing plants to improve product quality, reduce slag carryover and improve operator safety.
An integrated solution for high-accuracy temperature measurements in glass toughening plants - independent of surface coatings applied to the glass.