| Parameter | Specification |
|---|---|
| Brand | Leica |
| Product Name | Microtome Blade |
| Blade Series | Leica 819 |
| Product Type | Disposable Microtome Blade |
| Material | Stainless Steel |
| Blade Profile | Low Profile |
| Packaging | 50 Blades per Box |
| Applications | Histology, pathology, tissue sectioning, clinical diagnostics, research laboratories |
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Microtome Blade
The Microtome Blade is a precision cutting blade designed for producing thin, uniform tissue sections during microtomy procedures. It is widely used in histology and pathology laboratories to prepare high-quality specimens for microscopic examination.
- Precision-ground stainless steel blade for consistent tissue sectioning.
- Low-profile blade design suitable for routine microtomy applications.
- Produces thin and uniform tissue sections for microscopic examination.
- Compatible with standard low-profile microtome blade holders.
- Individually packaged to maintain blade cleanliness before use.
- Suitable for histology, pathology, clinical, and research laboratories.
- Supports efficient preparation of paraffin-embedded tissue specimens.
The Microtome Blade is a disposable precision blade used with rotary microtomes for sectioning paraffin-embedded and other prepared tissue specimens. Manufactured from high-quality stainless steel, it provides sharp, consistent cutting performance, helping produce uniform tissue sections with minimal distortion for histological analysis.
Microtome blades are essential in pathology, histology, clinical diagnostics, research laboratories, and educational institutions where accurate tissue sectioning is required. Their precision-ground cutting edge supports smooth sectioning of tissue blocks, contributing to improved specimen preparation and reliable microscopic evaluation. Designed for compatibility with standard microtome blade holders, these blades are individually packaged to maintain cleanliness before use. The Microtome Blade is a critical laboratory consumable that supports routine tissue processing workflows and consistent slide preparation for diagnostic and research applications.
