Multi-Layer Cell Factory System for Large-Scale Adherent Cell Culture

Why Choose These Multi-Layer Cell Factory Systems?

Large-scale adherent cell culture requires reliable culture vessels that maximise productivity while maintaining consistent growth conditions.

• Multiple Growth Layers – Available in 1-, 2-, 5-, 10-, and 40-layer configurations for scalable cell expansion.
• Tissue Culture-Treated Surface – Promotes excellent cell attachment and uniform cell growth.
• High Culture Surface Area – Each layer provides 635 cm² of growth area, with total culture areas up to 25,400 cm².
• Space-Efficient Design – Maximises cell yield while reducing incubator footprint.
• Multiple Cap Options – Available with seal caps, vent caps, liquid transfer caps, and small-mouth conversion caps.
• Sterile & Ready to Use – Individually packaged for reliable laboratory workflows.
• Customisable Closed-System Options – Compatible with tubing systems for media transfer and harvesting applications.

Applications

These multi-layer cell factory systems are suitable for:

• Large-scale adherent cell culture
• Vaccine production
• Veterinary vaccine production
• Stem cell expansion
• Cell therapy research
• Viral vector manufacturing
• Recombinant protein production
• Biopharmaceutical process development
• General laboratory research

Optional Accessories

A range of accessories is available to support sterile media transfer, gas exchange, and closed-system cell culture workflows.

Benefits of Multi-Layer Cell Factory Systems

Multi-layer cell factory systems provide an efficient alternative to using multiple conventional culture flasks by significantly increasing the available growth surface within a single vessel. This simplifies scale-up, reduces handling time, lowers contamination risk, and improves workflow efficiency while maintaining consistent culture conditions across all layers.

Designed for research laboratories, vaccine production, and biopharmaceutical manufacturing, these systems provide a dependable solution for scalable adherent cell expansion from laboratory research through industrial production.