Embedding Cassette Series
Xiuwei Embedding Cassette Series is designed for secure specimen containment and reliable identification throughout the histology workflow. These cassettes are used to hold tissue samples during processing, embedding, and long-term storage, ensuring structural integrity and accurate traceability at every stage.
Manufactured with high-quality medical-grade materials, our embedding cassettes provide excellent chemical resistance, smooth workflow compatibility, and consistent performance in high-throughput pathology laboratories and research facilities.
Key Features
FAQ – Embedding Cassette Series
1. What is an embedding cassette used for?
It is used to hold and protect tissue samples during fixation, processing, embedding, and storage in histology workflows.
2. Why are embedding cassettes important in pathology?
They ensure specimen integrity and traceability, which is essential for accurate diagnostic results.
3. What materials are used in your cassettes?
They are made from high-quality, medical-grade polymers that are resistant to chemicals used in tissue processing.
4. Are your cassettes compatible with all tissue processors?
Yes, they are designed to be compatible with most standard tissue processing and embedding systems.
5. Can the cassettes be labeled permanently?
Yes, they support laser, thermal, or printed labeling for long-lasting identification.
6. Do the cassettes affect tissue processing quality?
No, their optimized design ensures proper reagent flow and consistent processing performance.
7. Are different colors available?
Yes, multiple color options are available for easy sample classification and workflow organization.
8. Are they suitable for long-term storage?
Yes, they are designed for durable storage and long-term specimen preservation.
9. Do you support bulk orders?
Yes, we provide stable bulk supply for hospitals, laboratories, and distributors worldwide.
10. Can you provide OEM customization?
Yes, OEM/ODM services are available for branding, design, and packaging customization.