CytoLinX WB Cell Culture Bags

CytoLinX® WB series single-use cell culture bags are suitable for wavy cell culture systems and are designed for common wave bags cell culture applications in biopharmaceuticals. Can be used for scientific research, process development, commercial production operation. This product is irradiation sterilization product, disposable use, for cell growth to provide a safe and suitable environment. Available in a range of sizes to support cultures from 25ml to 25L. Includes basic cell culture bag, pH&DO cell culture bag, perfusion cell culture bag, pH&DO perfusion cell culture bag.

Features of CytoLinx WB Cell Culture Bags

Cell Culture Media Bags

• Simple installation and easy operation;

• Minimize the risk of contamination and cross-contamination between samples;

• Good stability, the bag is composed of multiple layers of co-extruded transparent film, excellent mechanical strength, suitable for a long time cell culture process;

• High cell density;

• Good biological safety, material liquid contact layer is EVA copolymer, biological inert material, to ensure process safety;

• Complete verification documents;

• Reduce costs;

• Can be used from 10° C to 50° C;

• Maximum operating pressure: 0.1 bar;

• Flexible customization of , joints and other components according to customer requirements;

Permalife Cell Culture Bags

Specifications of CytoLinX WB Cell Culture Bags

CytoLinX™ WB Cell Culture Bag Components

CytoLinX™ WB cell bags are made of multi-layer co-extruded film materials, the material-liquid contact layer is EVA copolymer, which is widely used in the field of biopharmaceuticals, and the outer layer is a composite material with good flexibility, strength and very low gas permeability, suitable for common cell system culture.

Verify file overwriting:

Aseptic test.

Endotoxicity test.

Completeness test.

Extractable test.

Chemical compatibility table.

Tested on a gamma-irradiated bag, biocompatibility complies with:

1) ISO 10993-4: In vivo hemolysis study (extraction method).

2) USP87: Cytotoxicity study (extraction method).

3) USP<88> Class VI muscle implant test.

4) USP88: Study on acute intradermal injection reaction.

5. USP88: Acute systemic toxicity study.

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