Designed for smooth tissue infiltration and efficient paraffin embedding, Micron Optik Paraffin Wax supports accurate tissue positioning and the preparation of high-quality tissue blocks for microtome sectioning. Its excellent compatibility with infiltrated tissue samples helps laboratories achieve uniform embedding and clean, consistent sections for histological examination and microscopic analysis.
Micron Optik Histology Paraffin Wax is a high-quality paraffin wax specially refined for histopathology laboratories, tissue processing, and routine tissue embedding applications. Manufactured using advanced refining techniques, including specialized distillation, crystallisation, and de-oiling technologies, this histology-grade paraffin wax offers consistent quality and reliable performance for laboratory workflows.
Key Features and Benefits:
Fast and Easy Tissue Embedding: Supports a smooth, straightforward embedding process for routine histopathology applications.
Excellent Tissue Compatibility: Provides good compatibility with infiltrated tissue samples for reliable embedding results.
Easy Tissue Positioning: Allows convenient positioning and orientation of tissue specimens within paraffin blocks.
Consistent Microtome Sectioning: Helps achieve smooth, uniform sections for histological examination and slide preparation.
Gentle on Microtome Blades: Supports efficient sectioning while helping minimize unnecessary blade wear.
High Xylene Solubility: Highly soluble in xylene, supporting convenient wax removal during laboratory processing.
Advanced Refining Process: Produced using specialized distillation, crystallisation, and de-oiling technologies for dependable quality.
Suitable for Histopathology Laboratories: Ideal for routine tissue embedding, paraffin block preparation, and histological sample processing.
Micron Optik Histology Paraffin Wax is a reliable choice for pathology laboratories, diagnostic centres, research institutions, medical colleges, and histology laboratories seeking quality paraffin wax for tissue embedding and microtome sectioning.
