45×75mm Nylon Mesh Biopsy Bags easy-tear for Cancer Diagnostics

Product Description

45×75mm Nylon Mesh Biopsy Bags Easy-Tear For Cancer Diagnostics

Manufactured from solvent resistant nylon, Share Filters’ Biopsy Bags are suitable for processing small biopsy and histological specimens. The thin mesh provides excellent fluid exchange and avoids small sample loss. Each convenient peel-open bag allows for placing and removing specimens rapidly.

Product Features

• Biopsy Bags are made of quality nylon filter mesh.
• Straight, clear and closed edge
• Reduce risk of small specimen loss.
• Design allows unrestricted fluid movement around tissue.
• Non-fiber shedding.
• Bags peel open easily for quick and easy specimen removal.
• Designed with or without flap (7mm flap).

Dimension:

• Large:     75mm (W) x 95mm (L)
• Medium: 45mm (W) x 75mm (L)
• Small:     30mm (W) x 50mm (L)
• Other custom sizes are acceptable

Instruction of Biopsy Bag:

1. Empty the fixative and the specimen in the bag, the bag filter the fixative and the biopsy

    remain perfectly inside.Close the bag and put it in a standard biopsy cassette. Proceed as

    a usual processing.

    
2. After processing extract the bag from the cassette, open it with care extending the edges.

    
3. Extract the specimen and embed it in paraffin.

Nylon Filter Mesh Datasheet:

Share Filters' Woven Filter Mesh

Share Filters' woven filter meshes are available in a comprehensive selection of mesh openings and are woven from Polyamide (Nylon), Polyester, Polypropylene, and other monofilament fibers.

Our in-house capabilities include enhanced processing such as slitting, stamping, tubing, dyeing cutting, injection molding and finishing of filter components used in automotuve, medical and highly demanding electronic applications.

Share Filters’ precision woven mesh consisting of round synthetic monofilaments with square mesh. It has a progressive ratio of 12% or 6% relative to the mesh sizes across the range of woven material. The arithmetic average of the mesh sizes can deviate from the target value by up to a maximum of 10%.

The standardized structure of the mesh range makes it considerably easier to select and designate the woven material.