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The Leica CM1520 is the best-value cryostat available for cryosectioning including critical applications such as Mohs surgery. The Leica CM1520 delivers high-quality sections the fast, simple and efficient way. Time is crucial when sectioning frozen specimens. An actively cooled quick freezing shelf with defrost function and a powerful refrigeration system are provided to get rapid results. -
Leica CM1950 is the cryostat for Standard Applications in the Clinical Histopathology Laboratory. It is your perfect assistant for high-quality, fast and safe sectioning. This high-throughput cryostat delivers diagnostic confidence by reliably producing quality sections to help provide an accurate diagnosis - even with the most complicated tissue types. -
The Leica CM1860 UV, developed with an emphasis on diagnostic confidence, safety and ergonomics, is the cryostat for histopathology laboratory applications. The high-throughput cryostat creates diagnostic confidence by reliably producing quality sections that help provide an accurate diagnosis. -
Leica CM1950 cryostat design is the result of extensive customer consultations. -
Primarily designed for the demanding needs of cryosectioning in biomedical, neuro-anatomical and pharmaceutical research. The Leica CM3050 S cryostat features superior user comfort with excellent safety standards for practically all types of cryosectioning applications. It is the instrument of choice for all research applications and for advanced clinical cryosectioning needs. Particularly when working with delicate specimens – for example brain samples in neuroscience – the precise specimen orientation and the specimen feed system guarantees reproducible, thin, serial sections of maximum quality. -
The Leica CV5030 fully automated glass coverslipper produces slides with superior optical quality for reliable long-term storage. Its capability of handling a large variety of slide racks from different suppliers makes the Leica CV5030 very flexible. Most common mounting media, including xylene-free varieties, can be used. The operator can choose wet or dry coverslipping. The CV5030’s performance achieves three goals: Highly consistent and reliable coverslipping quality, full adaptation to individual laboratory set-ups, integration into staining/coverslipping workstations to form a fully automated, user-friendly operation system. -
The Leica DFC3000 G is a grayscale USB 3.0 microscope camera for routine fluorescence applications. You will receive crisp images due to its unique passive cooling architecture and its highly sensitive CCD sensor. Correlated pixel double sampling together with a reduction of the ambient temperature of the sensor offers an exceptionally clear and noise -free signal. Its CCD sensor is particularly suitable for low light situations such as fluorescence and will capture even smallest amounts of light. -
These cooled 2.8 megapixel cameras provide a new paradigm for camera image quality through truly innovative design. The monochrome DFC7000 GT for demanding fluorescence applications, or the color DFC7000 T developed for both brightfield and fluorescence imaging. -
The Leica DFC9000 sCMOS camera will turn your imagination into reality. This monochrome microscope camera with newest scientific CMOS (sCMOS) sensor technology for fluorescence imaging enables you to image your cells under near-native conditions. -
The DI C800 Digital Imaging Color Module is an easy-to-use and ergonomic solution that allows the surgeon to view imaging data in the highest quality. It takes XGA signals from a variety of external sources and displays them in the surgeon’s eyepiece -
Fluorescence is one of the most commonly used physical phenomena in biological and analytical microscopy, mainly because of its high sensitivity and high specificity. Fluorescence is a form of luminescence. -
The Leica DM IL LED features a comprehensive set of contrast methods to monitor your specimen the way you need. High-quality Phase contrast, excellent modulation contrast and brilliant fluorescence are just one fingertip away. Robust stability, plenty of space to work with tools, long working distances to accommodate large culture flasks and a stable illumination without heat make work at the microscope easy and convenient.