The LWIR thermal camera R550 from Avio is a scientific thermal imager operating in the 8 – 14 µm band. It provides 1280×960 (Super Resolution) and Uncooled Microbolometer (8-14 µm) with frame rates Up to 120Hz. Published figures include NETD around 0.025°C at 30°C and measurement span -40°C to 2000°C (Pro). It supports scientific research, … Read more
The LWIR thermal camera R450 from Avio is a scientific thermal imager operating in the 8 – 14 µm band. It provides 960×720 (Super Resolution) and Uncooled Microbolometer (8-14 µm) with frame rates up to 40Hz. Published figures include NETD around 0.025°C at 30°C and measurement span -40°C to 1500°C (Pro). It supports scientific research, … Read more
The hyperspectral camera Hyper-Cam Airborne Nano (Exosens / Telops) is an FTIR imaging system for airborne or field spectral mapping in the 7.5 – 12.4 µm band. It provides 320 x 160 pixels resolution with spectral resolution From 4 to 64 cm⁻¹ for gas, mineral, and target-signature analysis. Remote-sensing teams specify this hyperspectral camera when … Read more
The hyperspectral camera Hyper-Cam Airborne Mini (Exosens / Telops) is an FTIR imaging system for airborne or field spectral mapping in the 7.4 – 11.8 µm band. It provides imaging resolution for gas, mineral, and target-signature analysis. Remote-sensing teams specify this hyperspectral camera when they need calibrated infrared hyperspectral cubes from a compact airborne package. … Read more
The hyperspectral camera Hyper-Cam Mini xLW (Exosens / Telops) is an FTIR imaging system for airborne or field spectral mapping in the 7.5 – 12.4 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 core MicroCube XP 640 (Exosens / Device-ALab) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 640 x 480 pixels resolution at 12 µm pitch, with NETD < 20 mK with denoising, weight < 25 gr (DF40), and power < 1.2 W. Integrators use ... Read more
The thermal camera core Crius XP 640 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 640 x 480 pixels resolution at 12 µm pitch, with NETD < 20 mK with denoising. Integrators use it in defence, surveillance, and SWaP-constrained platforms. Camera builders choose ... Read more
The thermal camera core Crius XP 1280 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 1280 x 1024 pixels resolution at 12 µm pitch, with NETD < 20 mK with denoising. Integrators use it in defence, surveillance, and SWaP-constrained platforms. Camera builders choose ... Read more
The thermal camera core Crius XP S 1280 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 1280 x 1024 pixels resolution at 12 µm pitch, with NETD < 20 mK with denoising. Integrators use it in defence, surveillance, and SWaP-constrained platforms. Camera builders ... Read more
The thermal camera core Dione XP S 640 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 640 x 480 pixels resolution at 12 µm pitch, 60 Hz, with NETD
The thermal camera core Dione XP 640 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 640 x 480 pixels resolution at 12 µm pitch, 60 Hz, with NETD
The thermal camera core Dione S 1280 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 1280 x 1024 pixels resolution at 12 µm pitch, 60 Hz (16 bit DV, MIPI CSI-2) / 40 Hz (USB), with NETD
The thermal camera core Dione 1280 (Exosens / Xenics) is an uncooled microbolometer module for OEM integration in the 8 – 14 µm band. It provides 1280 x 1024 pixels resolution at 12 µm pitch, 60 Hz (16 bit DV, MIPI CSI-2) / 40 Hz (USB), with NETD
The LWIR thermal camera Ceres V 640 (Exosens / Xenics) is a scientific thermal imager operating in the 8 – 14 µm band. It provides 640 x 480 pixels, Uncooled Microbolometer, and 12 µm pitch with frame rates up to 60 Hz. Published figures include NETD around
The infrared camera Ceres T 640 (Exosens / Xenics) is a thermographic infrared camera operating in the 8 – 14 µm band. It provides 640 x 480 pixels, Uncooled Microbolometer, and 12 µm pitch with frame rates up to 60 Hz. Published figures include NETD around
The LWIR thermal camera Ceres V 1280 (Exosens / Xenics) is a scientific thermal imager operating in the 8 – 14 µm band. It provides 1280 x 1024 pixels, Uncooled Microbolometer, and 12 µm pitch with frame rates up to 45 Hz (GigE) / 60 Hz (CameraLink). Published figures include NETD around
The infrared camera Ceres T 1280 (Exosens / Xenics) is a thermographic infrared camera operating in the 8 – 14 µm band. It provides 1280 x 1024 pixels, Uncooled Microbolometer, and 12 µm pitch with frame rates up to 45 Hz (GigE) / 60 Hz (CameraLink). Published figures include NETD around
The infrared camera RADIA V60 (Exosens / Telops) is a scientific thermal imager operating in the 8.0 – 14.0 µm band. It provides 640 x 480 pixels, Uncooled Microbolometer, and 12 µm pitch with frame rates up to 60 Hz. Published figures include NETD around 45 mK. It supports scientific research, NDT, and process monitoring. … Read more
The LWIR camera FAST L200 (Exosens / Telops) is a scientific thermal imager operating in the 7.7 µm to 9.3 µm band. It provides 640 x 512 pixels, Cooled MCT, and 15 µm pitch with frame rates up to 234 Hz (Full) / up to 17 200 Hz (Subwindow). Published figures include NETD around 22 … Read more