Nylon Mesh Biopsy Bags For Laboratory Tissue Embedding Procedures

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Nylon Mesh Biopsy Bags For Laboratory Tissue Embedding Procedures

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October 06, 2022

Kategorieverbindung: MaschenFiltertüten

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#StaubFiltertüte #Flüssige Filtertüte #Industrielle Filtertüten

Kurzfassung: Discover the Medical Nylon Mesh Biopsy Bags designed for laboratory tissue embedding procedures. These bags offer a superior alternative to biopsy paper and foam pads, ensuring secure specimen handling during processing. Learn how they reduce cross-contamination and simplify workflow in medical centers and labs.

Verwandte Produktmerkmale:

Hergestellt aus strapazierfähigem Nylon-Netz oder Polyester mit präzisem Maschendurchmesser für optimalen Flüssigkeitsfluss.
Features ultrasonic welding for fray-free edges, ensuring durability and safety.
Holds small biopsy and histological specimens securely during processing and decalcification.
Simple to use: insert specimen, fold bag, and process as usual.
Allows unrestricted fluid movement around tissue for accurate results.
Reduces cross-contamination and pressure artifacts compared to sponges.
Minimizes risk of small specimen loss with secure containment.
Available with or without a 7mm flap for added convenience.

FAQs:

What are the primary materials used in these biopsy bags?

The biopsy bags are made from high-quality nylon mesh or polyester, ensuring durability and precise mesh diameter for optimal performance.
How do these biopsy bags reduce cross-contamination?

The ultrasonic welding creates fray-free edges, and the mesh design allows unrestricted fluid movement, minimizing contact and contamination risks compared to traditional sponges.
Can these bags be used for decalcification procedures?

Yes, these biopsy bags are suitable for containing tiny biopsies during decalcification, ensuring secure handling throughout the process.
What is the advantage of the peel-open bag design?

The peel-open design allows for rapid and safe specimen removal, reducing handling time and risk of damage during extraction.

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