Infrared / Hyperspectral Imaging

Telops Fast M350

The M350 is a cooled, high-performance scientific thermal infrared camera designed to provide excellent image quality and impressive thermal sensitivity. It features our unique real-time calibration and is an excellent choice for a variety of scientific and industrial applications.

Download Datasheet

Technical Specifications

Parameter	Typical Range
Detector Type	Cooled InSb
Spectral Range	1.5–5.4 µm
Detector Format	640 x 512 pixels
Detector Pitch	15 µm
Aperture	F/3 (others available)
Max Frame Rate (full frame)	355 Hz
Max Frame Rate (subwindow)	672 Hz @ 320x256 / 4,980 Hz @ 132x4
NETD	20 mK
Internal Memory	Up to 32 GB
Dynamic Range	16 bits
Lens Mount	Bayonet interface

Key Specifications

•Detector: cooled InSb, 640 x 512 pixels, 15 µm pitch
•Spectral range: 1.5–5.4 µm
•Aperture: F/3 (others available)
•Full-frame frame rate: 355 Hz
•Subwindow frame rates: 672 Hz @ 320x256, 4,980 Hz @ 132x4
•NETD: 20 mK
•16-bit dynamic range
•Internal high-speed memory buffer: up to 32 GB
•Interfaces: GigE, Camera Link, SDI, GPS, IRIG-B, RS232, thermistor
•Data throughput: larger than 1 Gigabit/s
•Lens mount: Bayonet interface
•Weight: under 6 kg, size (without lens): 321 x 199 x 176 mm

Key Features

•Blackbody-free permanent radiometric calibration (up to 150°C standard, up to 2500°C optional)
•Automated Exposure Control (AEC)
•Enhanced High-Dynamic-Range Imaging (EHDRI)
•Real-time NUC and radiometric temperature processing
•Rotary-Stirling closed cycle sensor cooling
•Lock-In optional feature
•IP67 certified enclosure

Lens Options

•Bayonet interface lenses

Software & Integration

•RevealIR

Applications

•IR signature characterization
•Target ranging
•Helicopter and jet engine IR signature measurement
•Scientific and industrial infrared imaging

Related Products

All Telops products →

Telops

Infrared / Hyperspectral Imaging

MS M3K

The Telops MS M3K is a high-speed multispectral mid-wave infrared (MWIR) camera. An 8-position fast-rotating filter wheel splits the scene into up to eight spectral bands for spectral-signature analysis, instead of a single broadband image. Built on a 320 x 256 InSb detector over the 1.5–5.4 um band, it reaches up to 3,100 fps full-frame and 100,000 fps in subwindow mode, with the wheel spinning up to 100 Hz per filter (up to 800 fps in synchronised mode). Ideal for combustion analysis, gas detection and other applications where material identity matters as much as temperature.

View Details

Telops

Infrared / Hyperspectral Imaging

HDR M700

HIGH DYNAMIC RANGE INFRARED CAMERA The HDR M700 represents a revolution in high dynamic range infrared imaging. Traditional midwave infrared cameras can effectively measure a span of about 150 degrees with a single exposure time before experiencing image saturation. Telops HDR M700 utilizes an advanced on-chip saturation management solution to extend the single-exposure time dynamic range to a span of over 900 degrees enabling analysis of scenes and objects exhibiting strong thermal contrast.

View Details

Telops

Infrared / Hyperspectral Imaging

Fast M3K

The Telops FAST M3K is a high-speed mid-wave infrared (MWIR) camera built to capture the fastest thermal events. Its cooled 320 x 256 InSb detector delivers fully radiometric imaging at up to 3,100 frames per second in full-frame mode and over 100,000 fps in subwindow mode across the 1.5–5.4 um MWIR band. With high thermal sensitivity (~25 mK), advanced factory calibration and proprietary automated exposure control (AEC), the FAST M3K produces accurate, high-fidelity temperature data even on the most challenging fast-moving targets — making it ideal for ballistics, combustion, experimental mechanics, materials testing and aerospace research.

View Details

Telops

Infrared / Hyperspectral Imaging

SWIR

SHORT WAVE INFRARED CAMERAS. The FAST- SWIR camera line is the fastest infrared camera line available in the SWIR band. Ideal for analyzing dynamic events, the FAST- SWIR infrared cameras are also highly sensitive, thanks to their unique low noise detector.

View Details