Cooled mid-wave infrared cameras for scientific and defence work, including Telops FAST high-speed cameras, RADIA and HDR M700, and long-range MKS Ophir Kamu and HJK cameras. Part of our Thermal Cameras range.
The Kamu MWIR thermal cameras from MKS Ophir integrate long-range cooled MWIR optics for SXGA MWIR Cooled (1280×1024, 10 µm). Focal lengths span 21-420mm up to 60-1200mm at Constant f/4.0 for surveillance and defence observation. Integrators specify these MWIR thermal cameras when they need diffraction-limited MWIR zoom performance on cooled SXGA sensors. Overview: SXGA MWIR … Read more
The multispectral camera MS M3k (Exosens / Telops) is a cooled filter-wheel imager for high-speed multispectral work in the 1.5 – 5.5 µm region. It uses a Cooled InSb detector at 320 x 256 pixels (30 µm pitch) with rates up to 3 100 Hz (Static) / 800 Hz (Rotating) for combustion, signature, and scientific … Read more
The multispectral camera MS M350 (Exosens / Telops) is a cooled filter-wheel imager for high-speed multispectral work in the 1.5 – 5.4 µm region. It uses a Cooled InSb detector at 640 x 512 pixels (15 µm pitch) with rates up to 355 Hz (Static) / 800 Hz (Rotating) for combustion, signature, and scientific studies. … Read more
The hyperspectral camera Hyper-Cam Mini MWF (Exosens / Telops) is an FTIR imaging system for airborne or field spectral mapping in the 2.9 – 5.2 µm band. It provides 320 x 256 pixels resolution with spectral resolution up to 0.5 cm⁻¹ for gas, mineral, and target-signature analysis. Remote-sensing teams specify this hyperspectral camera when they … Read more
The thermal camera HDR M700 (Exosens / Telops) is a high-dynamic-range thermal camera operating in the 3.0 – 5.0 µm band. It provides 640 x 512 pixels and Cooled SLS. Published figures include NETD around 20 mK and measurement span 900 degrees (Snapshot). It supports scientific research, NDT, and process monitoring. Research and engineering teams … Read more
The infrared camera RADIA M100 (Exosens / Telops) is a scientific thermal imager operating in the 3.6 – 4.15 µm band. It provides 640 x 512 pixels, Cooled MW SLS, and 10 µm pitch with frame rates up to 180 Hz (Full) / up to 1000 Hz (Subwindow). Published figures include NETD around 30 mK. … Read more
The MWIR camera FAST M350 (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm band. It provides 640 x 512 pixels, Cooled InSb, and 15 µm pitch with frame rates up to 355 Hz (Full) / up to 4 980 Hz (Subwindow). Published figures include NETD around 20 mK. … Read more
The MWIR camera FAST M1k (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm band. It provides 640 x 512 pixels, Cooled InSb, and 25 µm pitch with frame rates up to 1 012 Hz (Full) / up to 40 000 Hz (Subwindow). Published figures include NETD around 20 … Read more
The thermal camera FAST M3Shd (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm band. It provides 1920 x 1536 pixels, Cooled InSb, and 10 µm pitch with frame rates up to 113 Hz (Full) / up to 2 570 Hz (Subwindow). Published figures include NETD around 30 mK. … Read more
The thermal camera FAST M2Shd (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm band. It provides 1520 x 1536 pixels, Cooled InSb, and 10 µm pitch with frame rates up to 50 Hz (Full) / up to 1 425 Hz (Subwindow). Published figures include NETD around 30 mK. … Read more
The thermal camera FAST M200hd (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm (3 to 5 µm optional) band. It provides 1280 x 1024 pixels, Cooled InSb, and 10 µm pitch with frame rates up to 180 Hz (Full) / up to 3 521 Hz (Subwindow). Published figures … Read more
The thermal camera FAST M100hd (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm (3 to 5 µm optional) band. It provides 1280 x 1024 pixels, Cooled InSb, and 10 µm pitch with frame rates up to 100 Hz (Full) / up to 2 032 Hz (Subwindow). Published figures … Read more
The infrared camera FAST M3k (Exosens / Telops) is a scientific thermal imager operating in the 1.5 – 5.4 µm band. It provides 320 x 256 pixels, Cooled InSb, and 30 µm pitch with frame rates up to 3 100 Hz (Full) / up to 100 000 Hz (Subwindow). Published figures include NETD around 25 … Read more
The MWIR camera HJK-MWIR from HJKIR is a scientific thermal imager operating in the 3.7–5.0 µm band. It provides 640×512 resolution (15 µm pitch) with an InSb cooled detector, NETD ≤25 mK at 30°C, and frame rates up to 200 Hz full-frame (1000 Hz windowed), with a measuring range of −10°C to 650°C. It supports … Read more