The Telops MS M1K MWIR multispectral thermal imaging camera represents a breakthrough in infrared imaging technology. Its 8-position filter wheel system and cooled InSb detector help deliver outstanding performance in challenging thermal imaging scenarios.

Standard thermal cameras can't match what the MS M1K offers. This camera splits scenes into eight distinct spectral bands and captures images at impressive speeds - up to 1,012 Hz in static mode and 800 Hz in rotating mode. These capabilities make it a great tool to get precise thermal analysis.

Temperature sensitivity sets this camera apart. It can detect tiny temperature differences of just 25 mK. On top of that, it captures rapid thermal events with ultra-fast exposure times of only 0.3 μs. These features become especially valuable when you examine combustion processes, monitor volcanic emissions, or conduct industrial thermal testing.

The camera's advanced calibration features boost its performance even further. Non-uniformity correction eliminates fixed pattern noise. The Enhanced High Dynamic Range Imaging technology will give accurate measurements across scenes with big temperature variations. The camera maintains continuous monitoring during all these operations, which is vital for critical applications.

Scientists and engineers in any discipline now depend on this technology to see thermal details that regular cameras miss. The MS M1K MWIR camera goes beyond capturing heat signatures by analyzing their spectral composition to learn about complex thermal phenomena. Multispectral analysis will without doubt become more significant in scientific discoveries and ground applications as thermal imaging technology grows.

Target applications include: 

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