Our Products
- UV-Blaster ™ Series
- Laser
- Light Sources
- General Purpose Optics
- Raman System
- Large Size Optics
- Crystals, AO & EO Components
- Industrial Laser Consumables
- Sensors & Module
- Cameras
- Fiber Optics & Components
- Laser Diagnostic
- Spectroscopy Instruments & Opto Electronics
- Molecular & Elementary Analyzer
- Optical Metrology
- Solar PV & LED Test System
- Lab Environment Control System
- Opto Mechanical
- Customized Solutions for Scientific Research
- Adaptive Optics and Wavefront Sensors
High Speed Camera
EMCCD, SWIR, VIS SWIR, XRAY
Scientific Camera: EMCCD, InGaAs, e-APD MCT
» High Speed, Area, Line, X-Ray, UV, VIS, NIR Camera from Hamamatsu
We provide high performance cameras for imaging and image analysis. These cameras offer unique performance in spectral sensitivity, spatial resolution and readout speed for needs in various applications. These are based on CCD,CMOS technology and have been specialized for X-ray, UV-VIS, VIS-NIR, and CO2. read more
» EMCCD, SWIR, VIS SWIR, XRAY Camera
A leading developer and supplier of next generation, high performance digital camera solutions for the Scientific, Surveillance and Industrial markets.
Raptor offers a range of CCD, EMCCD, Scientific CMOS and InGaAs solutions. As well as standard products, Raptor provides custom solutions to OEM and Instrumentation companies around the World. read more
» Scientific Camera: EMCCD, InGaAs, e-APD MCT
First Light Imaging develops its cutting-edge cameras around state of the art sensors. Based on EMCCD, e-APD Technology or InGaAs, we integrate the most challenging, difficult to harness detectors in complex optics systems.
Our detectors and technology are already at the heart of the Adaptive Optics systems for the world’s biggest telescopes, looking at the universe, searching for planets.
From visible to SWIR wavelengths, with the lowest readout noise, high QE over a wide spectrum, wavefront sensing with integrated micro-lens arrays, nanoseconds accurate synchronization, electronic shutter, we can provide all of these technologies, read more
