Thermoteknix Systems Ltd products

ThermaScope HDT temperature cameras provide high quality imagery from inside the kiln or cooler. Based on Thermoteknix’s proprietary miniature infrared camera module with high-resolution progressive scan technology, ThermaScope HDT deliver real-time radiometric imaging with accurate temperature measurement. ThermaScope HDT kiln and cooler cameras improve operational efficiency and facilitate the combustion control process while enabling safe compliance with pollution minimising protocols. ThermaScope HDT kiln cameras work in conjunction with Thermoteknix real-time ThermaScope MultiView state-of-the-art software. ThermaScope HDT aids in detecting snowmen, red rivers and other process anomalies to make routine plant maintenance and shutdowns more predictable and less disruptive to production. ThermaScope HDT cameras are built to withstand the harsh environment of the cement kiln and provide high quality, reliable and accurate data from inside the kiln.

ClipIR is an innovative miniature infrared thermal imager which delivers fused thermal (IR) and intensified imaging when fitted to almost any existing monocular, bi-ocular or binocular night vision devices. Fusion systems combine unparalleled detection capabilities of thermal imaging with the superior identification abilities of image intensification to equip the user with enhanced situational awareness, particularly in low/no light environments. The real-time thermal image is injected into the objective lens of the night vision device to deliver fusion or separate display of both sensors. The fused combination of thermal and night vision provides superior tactical advantages compared to standard night vision or thermal imaging alone, adding the detection of a man target at distances up to 340m. ClipIR utilises Thermoteknix patented shutterless XTi technology for exceptional thermal image quality and silent operation without any moving parts. 

ClipIR XD series includes the ClipIR XD-B and ClipIR XD-E. ClipIR XD range of innovative miniature infrared thermal imagers deliver fused thermal (IR) and intensified imaging when fitted to almost any existing monocular, biocular or binocular night vision devices. Fusion systems combine unparalleled detection capabilities of thermal imaging with the superior identification abilities of image intensification to equip the user with enhanced situational awareness, particularly in low/no light environments. The real-time thermal image is injected into the objective lens of the night vision device to deliver fusion or separate display of both sensors. The fused combination of thermal and night vision provides superior tactical advantages compared to standard night vision or thermal imaging alone, adding the capability of detection of a man target at distances up to 580m.