ZEISS AxioCam MRc5 - 5 Megapixel Resolution Digital Microscope Camera by ZEISS Research Microscopy Solutions

Impressive performance, superior details

5 Megapixel resolution, FireWire, high dynamics. Exceptional performance in the read-out modes. New horizons are opening up for your applications: The possibility to respond quickly to the various demands of research and laboratory work, meeting new challenges with power and precision. Never before has quality been combined with so much flexibility in this class. In a single camera: AxioCam MRc5, the innovative blue color camera by Carl Zeiss. 

5 Megapixel freedom for performance

5 Megapixel, 36-bit RGB color depth – these are the impressive performance parameters of the new generation of CCD sensors.
Their features: increased pixel density resulting in significantly higher image resolution. Color images of exceptional brilliance and needle-sharp detail. The 2/3" sensor size permits optimal utilization of the field of view. 

Full mobility via FireWire
This standardized data interface offers you a wealth of advantages: Simple connectivity to the PC or notebook without the need for an additional interface card, full computer-controlled camera operation and rapid live image speeds.

Perfect color intensities
AxioCam MRc5 features a dynamic range of 1:1300, with the 12-bit digitization ensuring loss-free image dynamics. These specifications guarantee high performance when working with difficult specimens (e.g. reflecting surfaces in materials microscopy). They allow you to capture and archive image data with maximum color accuracy and image quality. 

A broad range of read-out modes
AxioCam MRc5 offers a superior combination of groundbreaking modes. Resolution is freely selectable – from low resolution right up to ultra-high 5 Megapixels. The 'Quality' mode utilizes all the image information. 'Fast' mode reads out half the pixel information, providing you with the freedom to capture moving specimens artifact-free. Binning functions of 1x1 to 10x10 allow you to increase light sensitivity or the speed of image acquisition.