Combustion Diagnostics
Flame structure and deflagration studies rely on high-speed imaging: the process is self-luminous (no extra light needed) but demands large pixels for high SNR in dim light and frame rates that resolve flame-front propagation.
What the application demands
- ▸Large 9 µm pixels for weak-light SNR
- ▸Mono version responding to 1050 nm — NIR flame radiation usable
- ▸Sustained thousands-of-fps recording over seconds
Typical configuration
- ⚙WP-GX180 (1.1" format, 9 µm pixels) as first choice
- ⚙10GBase-T sustained streaming without frame drops
- ⚙Dark-room deployment, GPIO synced to ignition
Recommended models
Send us your station parameters
Target, speed, smallest defect, cycle time — send them over and get a configuration and quote within 24 hours.