Telops | MS M2K UD MWIR Camera

The Telops MS M2K UD MWIR multispectral imaging cameras have changed the way we handle complex industrial detection challenges. This MWIR camera delivers high-speed imaging at 1,500 Hz full-frame rates with a crystal-clear 640 x 512 pixel resolution and up to 42,000 Hz in subwindow mode. It provides temporal and spatial precision that other systems simply can't match.

The camera's 8-position filter wheel design is a true breakthrough for spectral analysis. Users can now study thermal events in spatial, temporal, and spectral dimensions all at once - something regular infrared cameras couldn't do before. The large 25 μm pixel pitch makes the camera incredibly sensitive. It picks up even the smallest thermal changes, down to 23 mK.

The MS M2K UD lets users switch between rotating and static filter wheel modes to suit different needs. Static mode pushes frame rates to their limits for single-band applications. Rotating mode captures complete spectral data sets at up to 100 cubes per second. Research labs and production floors both benefit from this flexibility.

Through-flame imaging has opened up new possibilities to study combustion processes. Special filters working between 3.80-4.05 μm help see objects behind flames. This feature brings vital data for safety applications, from industrial furnace monitoring to wildfire management.

Industrial processes keep getting more complex. These advanced multispectral imaging systems will shape the future of quality control, process optimization, and safety monitoring. MWIR cameras like the MS M2K UD combine high frame rates, exceptional resolution, and multispectral analysis. They've become essential tools for engineers and scientists who tackle the toughest detection problems in industries of all types.

Target applications include: 

• Combustion Gas Analysis
• Material Stress Testing
• Tracking of particle velocity
• Additive manufacturing
• Ballistics testing
• Volcanology