Dhyana 95V2
Infrared microscopy imaging is a powerful method for understanding the spatial distribution and molecular composition of complex substances, with the characteristics of fast, non-destructive and pollution-free. Dhyana 95V2 has excellent spectral response capability in the 200-1100nm range,which can be used in ultraviolet-visible-infrared imaging and spectral analysis applications.
Rise above dim signals and noisy images. With the highest sensitivity, you can capture the weakest signals when you need to. Large 11μm pixels capture almost 3x the light of standard 6.5μm pixels, which combines with near-perfect quantum efficiency to maximize photon detection. Then, low noise electronics deliver high signal to noise ratio even when signals are low.
Exclusive Tucsen Calibration Technology reduces patterns visible in the bias or when imaging very low signal levels. This fine calibration is evidenced by our published DSNU (Dark Signal Non-Uniformity) and PRNU (Photon Response Non Uniformity) values. See it for yourself in our clean bias background images.
Massive 32mm sensor diagonal offers fantastic imaging efficiency - capture more than ever before in a single snapshot. High pixel count and large sensor size improves your data throughput, recognition precision and provides additional context for your imaging subjects. For microscope-objective-based imaging, capture everything your optical system can deliver and see your entire sample in one shot.
Ultra-large BSI sCMOS camera with CXP high-speed interface.
Large format BSI sCMOS camera with cameraLink high-speed interface.
BSI sCMOS camera delivering perfect sensitivity and resolution for high NA microscope objectives.
Compact 6.5μm sCMOS designed with instrument integration in mind.