Andor Zyla 4.2 PLUS High-Performance sCMOS Microscope Camera for Advanced Imaging

The Andor Zyla 4.2 PLUS sCMOS Microscope Camera is a high-performance scientific CMOS imaging device designed for advanced microscopy applications, including fluorescence, live cell, and single-molecule imaging. This camera provides exceptional sensitivity with a quantum efficiency of 82%, combined with low read noise of 0.9 e- and a dynamic range of 33,000:1, enabling precise quantitative imaging in demanding biotechnological workflows such as molecular diagnostics and bioprocessing.

Key technical specifications include:

This camera is widely used in biomedical engineering, cell imaging, and synthetic biology research, being critical for workflows demanding high resolution and rapid frame rates, such as live-cell time-lapse imaging and multi-color fluorescence microscopy. Its advanced software and interface ensure seamless integration with microscopy platforms for biomanufacturing research and molecular cloning workflows.

The instrument undergoes rigorous in-house servicing, including performance and image quality verification, condensation testing on the sensor, and operational stress tests, to meet stringent quality standards expected by university research labs, clinical diagnostics, and biopharma industries.

Included with the camera are all necessary accessories for easy setup, and customers benefit from a 120-day continental US warranty with optional international coverage. Remote setup and training sessions via Zoom facilitate quick adoption and optimized usage in molecular biology and biotechnology labs.

This sCMOS microscope camera is essential for researchers seeking precise, high-sensitivity imaging solutions widely adopted in neuroscience, synthetic biology, and biopharmaceutical production pipelines, where accurate fluorescence analysis and reliable live-cell imaging are critical.