Used ZEISS Axio Imager M1 #9250434 for sale

ZEISS Axio Imager M1 is a superior microscope for researchers needing high contrast and resolution images. This microscope offers outstanding optical performance combined with efficient motorised navigation for quick analysis of samples, even in the most demanding conditions. ZEISS AXIOIMAGER M1 combines a stereo microscope base and a motorised, unloaded optics tube for brightfield, phase contrast, fluorescence, and differential interference contrast (DIC) imaging. It is equipped with several objectives for optimal object field illumination. The microscope eyepiece provides high-resolution images up to 40x magnification. The innovative phase contrast motorised tube, with its very low minimum illumination level, provides maximum contrast and excellent image clarity. The motorised infinity optics also offers the highest quality of fluororescence microscopy. Combined with the integrated high-power LED cold light source and the multiband filter set, AXIO IMAGER M 1 generates optimal illumination and maximum contrast. ZEISS AXIO IMAGER M 1 is fully motorised and is operated with a joystick to ensure quick and comfortable sample navigation. All essential microscope settings such as objective selection, light settings and objective zoom and micrometer control can be quickly and easily adjusted with the controller, making the microscope suitable for both novice and skilled users. The microscope is also equipped with a digital camera automatically adjusting the settings adjusted according to the selected optics, which means less settings errors and ensures excellent image quality. AXIOIMAGER M1 is particularly suitable for automated high throughput imaging and is integrated with high end image processing and analysis software packages. Axio Imager M1 is one of the most advanced microscopes for researchers wanting superior image quality and convenient workflow. Its versatile design, maximum clarity and contrast, flexible motorised optics, and automated camera adjustments make it ideal for a variety of research applications.