Used SCHOTT KL 1500 #201190 for sale

SCHOTT KL 1500 is an imaging equipment designed for use with microscopes. It is an advanced imaging system that provides high resolution images with a wide field of view. The unit is ideal for high resolution imaging of biological specimen in culture, as well as in live tissue. KL 1500 is equipped with a 6.5 megapixel digital microscope camera which captures images at full resolution of 2048 x 3016 pixels. It also includes a motorized control unit that allows for fine control over the microscope settings. Additionally, the camera is equipped with an autofocus machine, allowing users to easily and accurately acquire images. The camera is capable of capturing images between 0.5 and 40x magnification levels, with up to a 10x zoom control. Images can be stored in a variety of formats including JPEG, TIFF, PNG, and TGA format and can be displayed on a computer via the USB or HDMI connection. The camera can be used for imaging living as well as fixed specimens, and is ideally suited for research laboratories. SCHOTT KL 1500 also includes both brightfield and darkfield LED illumination. The brightfield LED illumination enables users to acquire images with a wider field of vision and better contrast than with conventional light sources. Combined with the brightfield LED illumination, the darkfield LED illumination allows for imaging in the darkfield mode. This feature provides greater contrast, coloration, and clarity than other imaging systems. In addition to the camera, KL 1500 includes an advanced software suite. The software enables users to store, manage, and analyze images with ease. The software also includes a variety of image post-processing features such as brightness control, contrast adjustment, and color correction. Overall, SCHOTT KL 1500 is a powerful imaging tool that is well-suited for research laboratories. It provides high-resolution images with a wide field of view, and offers advanced features such as variable magnification, brightfield and darkfield illumination, and image post-processing.