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. Contrast Method: Fluorescence Passive cooling system with pixel double sampling and enhanced temperature convection Adaptable digitalization with 8, 12, and 16 bit Professional fluorescence documentation provided by a high-sensitivity 1.3megapixel CCD monochrome sensor from Sony® with micro lenses.

Products – Page 12 – DMI Medical USA

Q: Leica CM1520 Value-Priced Cryostat For Routine Histology And Mohs Surgery

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. In a minimum of time, the specimen can be clamped and oriented with the easy-to-use orientation system. With the Leica CM1520 you have everything to obtain high quality sections without paying for the features that you do not need. Features Less maintenance – more consistent sections It's easy to consistently create high-quality sections with the Leica CM1520s precise microtome and stepper motor control. The microtome is completely encapsulated, saving valuable time with maintenance-free reliability. The well-organized work space Create the ideal work environment you've always wanted. The flexible and efficient Leica CM1520 workspace includes a new object plate holder, a movable shelf and designated slide slots and tool storage areas on top of the instrument. Easy to learn Self-explanatory, intuitive, direct controls allow anyone to start working right away without long hours of training. No need to scroll through multiple long menu options. Save time by directly setting the function you need. Easy cleaning The flat surfaces and easily accessible corners in the cryochamber make it extremely easy to clean the cryostat in between sections and at the end of each day, saving your time for more important work. Fast orientation The object head orientation, with zero-position centering, enables the specimen to be approached from the desired angle. Its easy handling helps you accomplish your work before deadlines are due.

Q: Leica CM1950 The Cryostats For High Quality Sectioning, User Safety, And Efficient Workflow

Leica CM1950 cryostat design is the result of extensive customer consultations. The Leica CM1950 is a highly adaptable platform that can be tailor-made for each laboratory. By starting with the standard instrument and choosing from a range of options, every laboratory can have the clinical cryostat for their individual needs. Innovation and human-oriented features provide a cryostat with a new level of performance: high quality sectioning, user safety, and efficient workflow. UVC disinfection UVC disinfection minimizes risk of contamination by infectious material. AgProtect AgProtect, an antimicrobial, nanosilver coating on all outside surfaces also minimizes contamination risk. Optional section waste Optional section waste removal system provides a safer environment using a concealed primary filter system for solid waste and a bacterial (HEPA) filter for air. Optional vacuum Optional vacuum assisted sectioning makes sectioning easier. Disposable blade holder New disposable blade holder with dovetail mounting plate and knife holder base provides larger clamping surface and working distance and supports reproducible section quality.

Q: Leica CV5030 Fully Automated Glass Coverslipper

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. Product Features User-friendly operation Can be used stand-alone or interfaced with the Leica ST5010 or ST5020 Stainers for user-friendly operation. 400 coverslips at a rate Coverslips at a rate of 400 slides per hour using standard microscope slides and glass coverslips of different sizes to increase productivity and efficiency in the lab. Open system design Through its open system design, a broad range of mountants can be used for the highest flexibility. Added flexibility The CV5030 can be used for different purposes at the same time, e.g. for histology and cytology for added flexibility. Fume extraction system The integrated fume extraction system with activated charcoal filter, produces lower concentrations of xylene or xylene substitutes in the air, reducing exposure to hazardous fumes for laboratory personnel.

Q: Leica DFC700 T and DFC700 GT

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. Contrast Method: BF →PH, DF, DIC, POL, IMC | Fluorescence |Quantification Monitor fluorochromes like DAPI, FITC up to Cy7, with highly sensitive sensors that can detect signals even in the near-infrared range. Faithful color fidelity with the DFC7000 T uses advanced color interpolation to maintain natural images. Adapt your imaging for different illumination settings with pre-defined correction matrices Capture at outstanding resolution – 4.54 μm pixels can image even the smallest details. Innovative 5 x 5 demosaicing algorithm – only from Leica Microsystems Deeply cooled monochrome fluorescence camera for advanced applications like high- speed live cell imaging, FRAP, and ratio measurement with amazing image quality Deeply cooled sCMOS camera with a combination of high QEmax (82 %), extreme low noise, high dynamic range, large sensor (19 mm), and highspeed acquisition

Q: Leica DFC9000 GT/GTC sCMOS Camera

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. Protect your cells with short exposure times Capture highly dynamic processes with high-speed acquisition Get more information in one image with large field of view High quantum efficiency over the entire light spectrum with a maximum of 82% Low read noise of 0.9 e- at 216 MHz pixel clocking rate Cooled sensor; cooling to 0° Celsius by air circulation With a capture-rate of 50 frames per second (fps) via its USB 3.0 interface, the Leica DFC9000 GT is in the fast lane – and we’re talking full frames. Deeply cooled monochrome fluorescence camera for advanced applications like high- speed live cell imaging, FRAP, and ratio measurement with amazing image quality

Q: Leica DI C800 Digital Camera for Ophtalmology

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

Q: Leica DM 1000 | Fluo-axis for 3 excitation cubes

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. Fluorescence microscopy even allows users to determine the distribution of a single molecule species, its amount and its localization inside a cell. Colocalization and interaction studies can be performed, and ion concentrations, as well as intra- and intercellular processes like endocytosis and exocytosis, can be observed. With the help of super-resolution fluorescence microscopy, it is even possible to image sub-resolution structures.