Andor DR-328G-CO1-SIL Clara Monochrome CCD Microscope Camera with -55°C Cooling and USB 2.0 Interface

The Andor DR-328G-CO1-SIL Clara Monochrome CCD Microscope Camera delivers precise scientific imaging essential for advanced microscopy applications in biotechnology, clinical diagnostics, and biomedical engineering. Featuring a 1.45-megapixel monochrome CCD sensor with a pixel size of 6.45 x 6.45 µm, the camera captures high-resolution images with a 1392 x 1040 active pixel array. It supports 14-bit digitization at faster readout speeds (10 MHz / 20 MHz) and 16-bit digitization at 1 MHz, enabling detailed temporal and intensity analysis critical for fluorescence and brightfield microscopy workflows.

Equipped with advanced air cooling technology to -55°C at 25°C ambient temperature, this camera minimizes thermal noise, making it ideal for low-light fluorescence applications and live-cell imaging. The device interfaces via USB 2.0, providing reliable data transfer at up to 11 frames per second at 20 MHz readout speed, meeting the performance demands of molecular diagnostics, synthetic biology research, and bioprocess monitoring.

Key features include:

This camera is widely adopted in biotechnology laboratories requiring precise quantitative microscopy data and is crucial in fields such as gene editing and synthetic biology. Its compatibility with research-grade microscopes and comprehensive technical support make it a reliable solution for neuroimaging, cell biology, and biomedical engineering research.

Included in the package: Andor DR-328G-CO2-SIL Clara camera with cooling fan, communication and power cables. Note the microscope is not included. This camera undergoes rigorous in-house testing to verify full functionality, high-quality image capture, and live feed operation before delivery.

This device is essential for researchers and laboratory professionals seeking high-performance camera technology for accurate fluorescence analysis and brightfield microscopy in molecular diagnostics and bioprocessing environments.