AmScope MU Series 2.8MP USB 3.0 High-sensitivity Color CCD C-mount Microscope Camera with Reduction Lens
The MU283-CCD-FL is a highly-sensitive 2.8-megapixel CCD digital camera. The large sensor provides an extremely high signal-to-noise ratio, delivering excellent results in low-light applications such as fluorescence and dark-field microscopy.
With software available for Windows, Mac, and Linux, this camera package is a multi-platform imaging solution. The included Windows software offers image-development and measurement tools, as well as advanced compositing features such as image-stitching and extended-depth-of-focus. A measurement calibration slide is included to properly calibrate the software’s scale for use with the array of linear and geometric measurement tools. With the ability to calibrate scales at multiple magnifications, the software can be used for multi-level inspection. Independent preview and capture resolutions allow you to view high-speed video while simultaneously capturing high-definition images. For Mac and Linux, there is a lite version of the software which can capture video and still images, and includes limited processing features.
Camera Specifications:
Software Specifications:
– offers Stitching, EDF, video recording and measurement functions
– conducts measurements for lengths, angles, arcs, areas and etc.
– saves still images in BMP, TIFF, JPG, PICT, PTL or other formats
– live video and still image capture can be set in different resolutions simultaneously
More features: add layers, watermarks, mosaics, tiles; adjust color balance, exposure, saturation, contrast, orientation; change resolution, histogram, granulation, diffusion; transform images via edge detection, digital image warping; conducts measurements for single, parallel or perpendicular lines and rectangular, elliptical and irregular areas; adds notes, measurements, text, arrows, labels, and etc. using customizable text with different sizes and colors; conducts measurements in microns, millimeters, centimeters, inches, feet, and etc. under any magnification powers with desired tolerances
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