Three-dimensional bioreactor bags engineered for optimal oxygen transfer in cell culture and fermentation — 100 litres to 1000 litres, compatible with rocking and orbital bioreactor platforms.
3D geometry and surface design support efficient gas exchange for demanding cell culture and fermentation applications.
Engineered for use on rocking and orbital bioreactor platforms across a wide range of working volumes.
Scales from pilot batches through to full commercial-scale mAb and vaccine production volumes.
Manufactured under controlled cleanroom conditions, gamma-sterilised, with full batch documentation.
3D bioprocessing bags differ from flat 2D formats in their three-dimensional geometry, which is specifically designed to maximise surface area for gas exchange — a critical factor in mammalian cell culture and microbial fermentation, where oxygen transfer rate directly affects cell growth and product titre.
These bags are designed for use on rocking or orbital bioreactor platforms, where the bag's motion promotes both mixing and gas exchange without the need for traditional impeller-based agitation, reducing shear stress on sensitive cell lines.
If you are unsure whether your process is better suited to a 2D or 3D bag format, see our 2D vs. 3D Selection Guide.
Contact our team for custom volumes, port configurations and batch reservation for 3D Bioprocessing Bags.
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Free test samples on request.