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Cut the very thin sections needed for diagnostic clarity. The low-profile disposable blades DB80LS provide a new level of quality with a low-profile shape, a premium finish and edge-to-edge, blade-to-blade consistency.
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The proprietary nature of the low-profile disposable blades DB80LX aids in cutting high quality, thin sections with even very difficult to section tissue including dense specimens. With select materials, sophisticated coating and an advanced profile, this blade quickly and efficiently allows you to section routine specimens, biopsies and dense tissues.
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Neurosurgery Microscope
The Leica M530 OH6 takes image quality to a new level: FusionOptics, the groundbreaking technology by Leica Microsystems, unites an enhanced depth of field with high resolution to create an optimal view. FusionOptics also helps you to streamline your work: A larger area in full focus means that there is less need to refocus the microscope. FusionOptic let you stay focused – in every sense of the word. -
Leica Z16 APO features a 16:1 zoom, with a range from 0.57× to 9.2×. The high magnification Leica Z16 APO is suitable for deployment in microelectronics as well as laboratory workstations in medicine, biology, education, research, development, and forensics. With the standard configuration (apochromatic 1× objective and 10× eyepieces) objects can be observed at a magnification level of up to 115x and, depending on the optics combination, to a maximum of 2300x
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Manual 6:1 Macroscope for detailed Documentation, Measurement and Evaluation. The Leica Z6 APO is a fully apochromatic zoom system with excellent light transmission for high contrast, high-resolution, detailed analysis. The single beam path provides 2D images and ensures parallax-free imaging. the Leica Z6 APO with 6.3:1 zoom offers the highest numerical aperture: 0.117 nA (351 Lp/mm resolution) with the 1× plan-apochromatic objective
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Leica Z6 APO/ Z6 APO A with 6.3:1 zoom and Leica Z16 APO/Z16 APO A with 16:1 zoom are designed for highly precise inspection in a wide range of manufacturing applications, including integration in machine vision systems. When combined with apochromatic objectives, the Leica Z line is superior to other zoom systems in contrast, sharpness, color fidelity and imaging precision
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Offering clinicians the most comprehensive portfolio available, providing a customized solution for every breast biopsy need.
Breast marking technologies designed to meet your patients’ individual needs.
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The Mammotome Revolve™ device is designed for accuracy, repeatability and efficiency, while staying true to your core purpose – acquiring the best quality tissue during your patient’s biopsy.
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Provides the speed and ease of a core needle with the advantages of vacuum-assisted technology.
Designed for procedural efficiency and an accurate sample.
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Unit Size: Box with 8 x 1kg/c
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Specially designed for use in teaching centers (universities). Its special configuration allows to receive the trays of the refrigerated cabinets, thus avoiding the transfer of bodies.
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The purpose of the Leica motor-focus system is to provide motor-driven coarse and fine focusing by means of a manual control, a footswitch, or through a computer. Five exact focus settings can be stored.
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Highly Definitive Antibodies - A range built around your IHC needs We analyzed over 60,000 points of data from laboratory staff and pathologists world-wide, to provide a range of high quality antibodies for your IHC needs.
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PRACTICAL, COMFORTABLE, EFFECTIVE, ECONOMIC, DEFINITIVE, … the waste coming from the handling of bodies, are not free of bacterial contamination that can affect the technical personnel that manipulates them and, of course, also to the environment.
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The Leica RUV800 Retinal Upright Viewing system is designed to work with Leica ophthalmic microscopes. The Leica RUV800, with its integrated inverter, sits beneath the microscope’s optics and gives the surgeon, the assistant, and the video camera the same upright view of the retina. This makes it easier and safer to position and insert surgical instruments during surgery.
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Parablocks ASP are pre-formed blocks of paraffin that are provided in plastic molds. The preformed blocks fit easily into the paraffin chamber of the ASP Tissue Processor.
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Paraffin wax formulations developed with consistent quality and dependability to minimize tissue distortion and provide exceptional compression resistance and ribbon continuity.
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Paraplast High Melt embedding media is made from a combination of highly purified wax and plastic polymers of regulated molecular weights.