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The RM2125 RTS manual microtome has the essential features you need for safe, economic sectioning and optimized workflows. -
The HistoCore Arcadia modular tissue embedding system incorporates two separate components, the Arcadia H heated embedding module and the Arcadia C cold plate. The independent modules offer the flexibility to arrange the embedding workflow in the direction that best suits your laboratory. -
We know how important embedding is for you, so we designed the HistoCore Arcadia H Paraffin Dispenser to meet your needs. The HistoCore Arcadia H allows for simple operation and precise control, resulting in improved quality, a smooth workflow, reliability and speed of your embedding work. Features include wristpads for increased comfort and stability; an improved magnifier for small biopsy embedding; and an LCD touchscreen for increased control and monitoring of the instrument. -
HistoCore Arcadia C is a cold plate holding more than 60/65 cassettes on its large working surface. Cooling efficiency is important, so the cold plate was designed with an environment adaptive control module to make sure the operating temperature is always stabilized at -6 °C. There is no need to turn down the temperature in summer or worry about too fast cooling in winter. The Arcadia C cold plate can be used as a stand-alone unit for re-cooling blocks prior to sectioning or as part of an embedding center to cool molds after paraffin dispensing. -
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. -
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. -
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. -
Leica ST4020 Small Linear Stainer delivers consistent quality in a compact design. -
The first and only solution in the market with dual glass coverslip lines enabling the highest throughput: up to 570 dried slides per hour. With an integrated hot air-drying oven, it achieves a drying time of only 5 minutes, providing the fastest turnaround time for your lab. -
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.