Leica Ultramicrotome for Research, Stereo Microscope, Operation Confirmed

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[Product Description]
Brand/Manufacturer: Leica
Model: Ultramicrotome
Other: Due to its weight, it will be shipped via Tanomeru-bin (a specific shipping service).

[Product Condition]
Usage Status: This is a Leica Ultramicrotome.
All adjustment screws have been tested and appear to be functioning well, with no stiffness or sticking.
The last image shows a view of the sample holder as observed with the included microscope.
Notes: No claims or returns accepted (NC NR).

[Details]
The Leica Ultramicrotome is a high-precision instrument for preparing ultrathin sections for Transmission Electron Microscopy (TEM) observation.

It is primarily used to cut ultrathin sections, typically tens of nanometers thick, from resin-embedded biological samples and materials science samples. Some models also support semi-thin sectioning.
Main Specifications (Integrated from multiple sources):
Cutting Speed: 0.05 - 100 mm/sec (variable; typically around 0.2 - 1 mm/s for ultrathin sectioning)
Automatic Specimen Feed: Ultrathin: 0 - 95 nm (or approximately 1 - 100 nm in 1 nm increments)
Semi-thin: Continuous 0 - 2.5 μm (2500 nm)
Illumination: 6V 10W Halogen illumination system
Knife Holder: Compatible with glass or diamond knives. Rotation ±30°, Tilt approximately 1-15° adjustable.
Other Features: User-friendly control panel (cutting window setting, motor-driven feed, etc.)
Precise knife and specimen movement mechanism
Compatibility with various sample holders
Vibration countermeasures
Dimensions: Width 38cm, Depth 55cm, Height 47cm
Weight: Approximately 30kg?

Leica Ultramicrotome ULTRACUT
Included/Optional: Cryosectioning System: A model capable of low-temperature cutting, allowing for ultrathin sectioning of frozen samples and soft polymer materials.

Stereo Microscope

Applications: Preparation of ultrathin sections for TEM (typical thickness: 50-100 nm, recommended examples: 25-50 nm or 55-85 nm)
Trimming and sectioning of resin-embedded samples
Morphological analysis of biological and materials science samples
Low-temperature sectioning of frozen samples

Please ask any questions you may have.