Used ZEISS Axio Imager M1 #9272094 for sale

ZEISS Axio Imager M1 is a motorized microscope designed for routine research imaging in a variety of settings. This microscope is highly versatile and capable of performing a wide range of imaging applications and experiments. ZEISS AXIOIMAGER M1 features a ZEISS Achroplan imaging equipment that provides high-resolution imaging with a wide depth of field. The microscope is equipped with a 4-position Motorised Nosepiece for easy rotation and a Motorised Objectives, that allows for repeated macro imaging from the same story point. Headers on AXIO IMAGER M 1 include a Neofluar fixed field of view, a Plan-APOchromat with enhanced chromatic corrections and a ZEISS Plan-Neofluar with plan important correction. Each free-working head contains a 10x/22mm long-working distance eyepiece with a magnification range of 7.5x to 200x, ensuring great magnification coverage. ZEISS AXIO IMAGER M 1 also offers an LED transmitted light source that provides up to 5400 lux of light intensity. The microscope is further equipped with a halogen transmitted light illumination system with massive lighting power and range of brightness settings for optimal imaging performance. Going beyond classic research microscopy, AXIOIMAGER M1 is also capable of fluorescence imaging. To fulfill this purpose, it is equipped with an LED-based AxioVision fluorescence DIC illumination unit that provides optimal contrast and optimal resolution. Additionally, the microscope also comes with an emission filter wheel and two sets of fluorescence filters. Axio Imager M1 machine is also designed to accommodate digital imaging for improved workflow. The microscope is compatible with a range of digital cameras and accessories so that you can easily digitize your experiments for easier access and analysis. Overall, ZEISS Axio Imager M1 is a high-end research microscope with a range of features that make it the ideal choice for advanced imaging applications. It has exceptional optics and motorization that allows you to carry out complex and highly accurate experiments.