MX35 Ultra microtome blades, Cutting angle 34 degrees, 50 unit(s)

Catalog nr. 37XX.1
Epredia

Volume: 50 pc(s)
Value Packs: 1 piece
Price:
Sale price€205,35
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Description

MX35 Ultra microtome blades are precision laboratory blades specified with a cutting angle of 34 degrees for microtome sectioning. They are intended for microscopy and histology work where controlled cutting geometry supports preparation of tissue sections. The pack contains 50 pc(s) and has a stated weight of 0,090 kg, giving a practical multi-blade supply for routine bench use. These MX35 Ultra blades from manufacturer Epredia sit within the razors and blades segment of labware for microscopy, histology and instruments. The 34-degree cutting angle defines the blade profile used during sectioning on compatible microtomes. With a unit quantity of fifty pieces, the format suits laboratories that process multiple blocks or require frequent blade changes during serial sectioning. Clear identification as MX35 Ultra microtome blades helps match the correct geometry to existing microtome setups. The combination of a defined cutting angle, multi-piece pack size and compact pack weight supports organised stock handling in pathology, research and teaching laboratories that rely on consistent microtome blade performance day to day.

This article is part of Histology cassettes & moulds, in Microscopy & histology.

Key features

  • Pack size: 50 pc(s)
  • Product type: Microtome blades
  • Model: MX35 Ultra
  • Cutting angle: 34 degrees
  • Weight: 0,090 kg
  • Application area: Microscopy and histology
  • Technical Information Sheet: PDF

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Questions about MX35 Ultra microtome blades, Cutting angle 34 degrees, 50 unit(s)

What is this article?

MX35 Ultra microtome blades, Cutting angle 34 degrees, 50 unit(s) is the article on this page. Luminix Health distributes Epredia for laboratory use. It sits in Histology cassettes & moulds, inside Microscopy & histology, in Lab instruments.

A histology cassette holds a tissue through processing, and a mould forms the paraffin block. The cassette's holes have to let solvents through and still keep the specimen. A fine biopsy and a large organ are different cassettes.

A light microscope forms an image with glass lenses and transmitted or reflected light. A stereo microscope is the lower-magnification instrument for dissecting and for looking at a surface. Fluorescence needs a light source and filters matched to the dye. Histology is the preparation that makes a tissue readable: fixation, a cassette, a section, a stain. The objective's magnification and numerical aperture decide the resolution. The slide and the cover glass decide whether the section sits in the focal plane. Stains and dyes as substances are identified on PubChem. Papers on the methods are on PubMed.

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The technical information on this page is the manufacturer's sheet. Read that, not a rewritten specification.

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