The Telops Fast V350 LWIR camera stands out as a breakthrough in thermal imaging technology. This remarkable device can capture 345 Hz at full frame and reaches up to 14,100 Hz in subwindow mode, making it one of the fastest thermal cameras today. Scientists can now capture thermal phenomena that standard equipment couldn't detect, thanks to its 25 mK sensitivity.

The Fast V350 shines with its innovative permanent calibration technology. Users no longer need cumbersome blackbody references, which makes the workflow simpler and measurements stay accurate in different ambient conditions. The camera works well for most research with its standard temperature range of -15°C to 150°C. Adding neutral density filters extends this range to 2500°C, perfect for high-temperature applications.

The camera's durability sets it apart from other options. Its IP67 sealed enclosure can handle tough field conditions. The camera meets strict shock and vibration standards and works reliably even in unstable environments. A large internal memory buffer, which can grow to 32 GB, records high-speed thermal events without dropping frames.

Reveal-IR software turns the Fast V350 into a complete research powerhouse. The software offers precise emissivity correction, quick calibration mode changes, and many ways to sync thermal data with other experimental measurements.

The Fast V350 LWIR camera proves itself as a leading thermal imaging solution. It combines unmatched speed, great sensitivity, smart calibration, and strong construction to show thermal dynamics that normal cameras miss. This camera is a great tool for scientists in ballistics and combustion analysis who want to better understand rapid thermal events.

Target applications include: 

• Railway System Inspection
• Combustion Analysis
• Heat Transfer Testing
• Split-Hopkinson Bar Testing
• Ballistic Impact Testing
• Tensile Testing