This compact scientific camera combines high sensitivity, thermal stability, and flexible integration, making it an ideal imaging solution for OEM life sciences instruments. Built around the Sony IMX533 back-illuminated CMOS sensor, it delivers low noise, high dynamic range, and precise quantitative performance in a small, power-efficient form factor. Its square 9-megapixel sensor and deep cooling capability ensure clean, consistent imaging across a wide range of biological and analytical applications. With a short back focus distance and customizable optical interface, the camera provides OEM developers the freedom to design compact, high-performance imaging modules for next-generation laboratory and diagnostic systems.

This advanced CMOS camera brings scientific-grade performance to compact life sciences instruments. Powered by Sony’s IMX533 sensor, it delivers 9-megapixel resolution with ultra-low noise and exceptional sensitivity: ideal for fluorescence, bioluminescence, and quantitative imaging. Its square 11.3 × 11.3 mm format makes perfect use of circular microscope fields or microplate imaging areas, maximizing efficiency in every frame.

Deep cooling up to 35°C below ambient virtually eliminates dark current, providing clean, stable images during long exposures or continuous operation. The high full well capacity (>50,000 e⁻) ensure broad dynamic range and precise signal quantification. Operating at 12 frames per second, the camera is fast enough for live-cell observation and automated scanning workflows.

Compact, low-power, and designed for easy integration, it provides OEM developers with a reliable imaging core that delivers superior clarity and consistency in demanding biological and analytical applications. The lack of a fixed mount gives OEMs freedom to design proprietary mechanical interfaces or integrate directly into existing optical paths.