Used LEICA M26 #9260199 for sale

LEICA M26 is a research-grade microscope developed by LEICA Microsystems, one of the leading manufacturers of precision microscopes in the world. M26 features a modular design that can be easily customized with a variety of different components and accessories, allowing users to tailor the microscope to their specific needs. LEICA M26 utilizes a five-position nosepiece, which allows for the insertion of up to five different objectives. The microscope offers a wide array of objectives, including Plan-Apo, regular Apochromat, and Field objetives. All of the objectives are equipped with unique coatings and anti-reflection technologies to ensure superior image clarity. The microscope is also designed to facilitate maximum illumination, making it possible to capture high-contrast images even in low lighting conditions. M26 also features a mechanical stage with an extended travel range. This allows for specimens to be moved within a larger range, making it easier to capture images of entire structures. In addition, LEICA M26 incorporates advanced lighting systems, including halogen and LED illumination sources. The light sources can be adjusted for varying intensity and color, and the microscope also features a built-in polariser. This polariser helps to eliminate glare in samples that have a high brightness contrast. M26 also incorporates an efficient digital imaging system. The microscope is compatible with both analog and digital cameras, as well as with LEICA Application Suite software for image analysis and file sharing. This powerful software is designed to capture clear, high-resolution digital images and provide easy image editing and annotation capabilities. LEICA M26 also offers advanced features, such as automated motorized focusing, mechanical shutter, and intelligent navigation. Users can also use the Selector Wheel control to adjust the settings and functions of the microscope according to their needs. With its wide range of capabilities, M26 is an ideal solution for research-grade microscopy.