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HistoCore NANOCUT Fully Automatic Rotary Slicer

NegotiableUpdate on 04/03
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Overview
Accurate 3D sample head position, allowing slicing and photography for 3D reconstruction, memory position selection and quick retraction settings, automatic slicing can be terminated with electronic braking after starting, slow and precise adjustable slicing speed
Product Details



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HistoCore NANOCUT R - Fully Automatic Rotary Slicer


Take precision and versatility to the next level, helping you achieve new breakthroughs

If you need to slice multiple samples in order to achieve new breakthroughs in your research project, NANOCUT R is undoubtedly your ideal choice. The valuable design experience that has led the market for 145 years is the foundation of Leica's new generation slicer. NANOCUT R covers almost everything from biomedical research to industrial applications.


It can cut slices as thin as 250nm (0.25 µ m, semi thin) for analysis by optical and electron microscopes.

Using a special spindle and extended slow adjustment function to prepare semi thin slices can effectively maintain sample integrity.

In addition, NANOCUT R can accurately stop the sample at the optimal position of the sample head to capture the surface of the cut sample for use in 3D reconstruction programs.




Cut out semi thin slices with precise and uniform thickness

The special spindle and extended slow adjustment function can help you cut uniform and consistent semi thin slices (as thin as 250 nm) to avoid damaging the sample.



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The attachment selection is diverse and rich, and even the most challenging samples can be handled with ease

NANOCUT R can be used with a wide range of accessories, including knife holders for disposable steel and tungsten steel blades, reusable knives, and specialized knife holders for glass and diamond knives.



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3D reconstruction axis overlap technology

In addition, NANOCUT R can accurately stop the sample at the optimal position of the sample head to capture the surface of the cut sample for use in 3D reconstruction programs.


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Force balance system

Adopting an unbalanced sample head to eliminate the risk of operator injury or sample damage.



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