Application Scenarios

Multi-band imaging penetrates cloud, fog, and rain — all-weather visibility and long-range observation for civil aviation, UAV and aerospace payloads.

Ultra-light LWIR cores from 23 g and ≤1 W give inspection, mapping and security drones all-weather thermal vision without sacrificing flight time.

Fixed-mount and robot-mounted thermal imaging for production lines, predictive maintenance, inspection robots and quality control.

High-sensitivity radiometric cores for fever screening, vascular assessment and medical research — non-contact, zero radiation.

Thermal imaging identifies electrical hotspots and insulator failures before catastrophic events — the imaging core for UAV inspection systems.

SWIR and polarized LWIR modules enable material characterization, gas detection, and spectroscopic analysis in research environments.

Thermal and SWIR imaging from UAVs enables crop stress detection, irrigation assessment, and early disease identification at field scale.

Cooled MWIR cores with NETD down to 16 mK visualize invisible gas plumes across petrochemical plants and pipelines.

Drone hotspot surveys and fixed monitoring for combiner boxes, inverters, and transformers across PV plants.

Continuous thermal supervision for forging, welding, conveyors, furnaces, and process piping — alarmed to the line.

Early warning for thermal runaway: cell production, test labs, ESS containers, and battery warehouses.

Pantograph-catenary, traction substations, on-board cabinets, and freight — every asset that fails hot, supervised.