Need advice about spectral sensors? I’m happy to help!
Romero Kicken
+31 85 080 5944 - Option 2
romero@photonmission.com
Ray-1 Quantum Dot Powered SWIR Camera (900-1700nm)
- price
- easily integrated
- weight
The Ray1 SWIR camera module combines quantum dot sensor technology with 900-1,700nm sensitivity, delivering high-performance imaging in a compact package. Ready to deploy with integrated lens and cooling, it offers superior sensitivity and image quality at VGA resolution. Multiple lens available.
Ray-1 EX Quantum Dot Powered SWIR Camera (900-2200nm)
- price
- easily integrated
- weight
The Ray1 extended SWIR camera combines quantum dot sensor technology with 900-2.200nm sensitivity, delivering high-performance imaging in a compact package. Ready to deploy with integrated lens and cooling, it offers superior sensitivity and image quality at VGA resolution.
Official partner of Ray Imaging Solutions
Ray Imaging Solutions is revolutionizing the world of short-wave infrared (SWIR) imaging with its breakthrough quantum dot sensor technology. Originating from advanced materials research and nanotechnology innovation, Ray has made it possible to extend standard silicon sensors into the SWIR range—eliminating the need for expensive, exotic materials like InGaAs. Since its inception, Ray Imaging Solutions has focused on creating compact, cost-effective SWIR sensors that don’t compromise on performance. At the core of their technology is a proprietary layer of colloidal quantum dots, engineered to absorb specific wavelengths beyond the visible spectrum. This innovation allows standard silicon-based imagers to detect light up to 1700 nm, bringing affordable SWIR imaging within reach of OEMs, integrators, and research teams alike. With Ray’s customizable quantum dot designs, users benefit from flexible quantum efficiency curves tailored to their application—from biomedical diagnostics to machine vision and environmental sensing. Ray Imaging Solutions is not just enabling access to SWIR imaging; it’s changing the way the world sees it.