Kulturschalen, gestapelt, diverse

271051, Omnilab

260674, Omnilab

260685, Omnilab

3330, Omnilab

Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products. Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products.

401654, Omnilab

3269, Omnilab

Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products. Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products.

3268, Omnilab

Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products. Choice of traditional surface treatment, Corning CellBIND® surface for enhanced cell attachment, or Ultra-Low Attachment surface for reduced cell attachment on selected CellSTACK products.

165250, Omnilab

Cell culture cell factories are optimal for industrial scale production of vaccines, monoclonal antibodies or pharmaceuticals. Nunclon™ D modification is certified for cell culture, ideal for adherent cells and can be used for suspension cultures. Available in 1, 2, 4, 10 or 40 tray versions for easy scale-up. - Sterile. - Material: PS. Cell culture cell factories are optimal for industrial scale production of vaccines, monoclonal antibodies or pharmaceuticals. Nunclon™ D modification is certified for cell culture, ideal for adherent cells and can be used for suspension cultures. Available in 1, 2, 4, 10 or 40 tray versions for easy scale-up. - Sterile. - Material: PS.

10031, Omnilab

Introducing the H igh Y ield PER formance Flask M anual (HYPERFlask M) cell culture vessel. The HYPERFlask M vessel is specifically designed for manual use. Originally, the HYPER Flask cell culture vessel was developed for automation. Due to its popularity for use on the bench top, Corning has redesigned the HYPER Flask M vessel with new features. Introducing the H igh Y ield PER formance Flask M anual (HYPERFlask M) cell culture vessel. The HYPERFlask M vessel is specifically designed for manual use. Originally, the HYPER Flask cell culture vessel was developed for automation. Due to its popularity for use on the bench top, Corning has redesigned the HYPER Flask M vessel with new features.

10030, Omnilab

Introducing the new H igh Y ield PER formance Flask M anual (HYPERFlask M) cell culture vessel. The HYPERFlask M vessel is specifically designed for manual use. Originally, the HYPER Flask cell culture vessel was developed for automation. Due to its popularity for use on the bench top, Corning has redesigned the HYPER Flask M vessel with new features. - Ergonomic Cap – smooth texture on liner cap allows more ergonomic closing and opening of vessel by operator - Adaptor Grid – new design allows for faster filling and emptying while reducing foam generation - Bar Code Serial Number – each individual flask is traceable by a serial number that can be read by the unaided eye or by a handheld bar code reader - Made with USP Class VI Materials – molded and assembled in a Certified Class 100,000 clean room - Sterile – gamma irradiated to sterility assurance level (SAL) 10?6 - Clean Room Packaging – each pack is double bagged. - Innovative 10Layer Design – 10 interconnected polystyrene growth surfaces - Optimal Growth – Corning CellBIND® Surface treated gas permeable polystyrene for superior cell attachment and growth - Increase Cell Yield – 10 -fold higher cell yield increases productivity and capacity - Time and Space Savings – Reduce processing time and incubator storage space by handling one flask compared to 10 traditional 175 cm² flasks The Corning High Yielding Performance Flask (HYPER Flask ) cell culture vessel offers 1720 cm² growth area in the footprint of a traditional 175 cm² flask. This high yield, high performance flask utilizes a multilayered gas permeable growing surface for efficient gas exchange. - Innovative Design – 10 interconnected polystyrene growth surfaces - Optimal Growth – Corning CellBIND® Surface treated gas permeable polystyrene for superior cell attachment and growth - Increase Cell Yield – 10-fold higher cell yields increases productivity and capacity and reduces processing time and incubator space - Save Time and Space – Reduce processing time and incubator storage space by handling one flask as compared to 10 traditional 175 cm² flasks - Automation Compatible – Bar coded and compatible with The Automation Partnership SelecT™ and CompacT™ SelecT™ cell culture systems with an upgrade The Corning HYPERFlask Cell Culture Vessel has the same external dimensions as a standard T 175 cm² flask with 10 times the cell yield. Introducing the new H igh Y ield PER formance Flask M anual (HYPERFlask M) cell culture vessel. The HYPERFlask M vessel is specifically designed for manual use. Originally, the HYPER Flask cell culture vessel was developed for automation. Due to its popularity for use on the bench top, Corning has redesigned the HYPER Flask M vessel with new features. - Ergonomic Cap – smooth texture on liner cap allows more ergonomic closing and opening of vessel by operator - Adaptor Grid – new design allows for faster filling and emptying while reducing foam generation - Bar Code Serial Number – each individual flask is traceable by a serial number that can be read by the unaided eye or by a handheld bar code reader - Made with USP Class VI Materials – molded and assembled in a Certified Class 100,000 clean room - Sterile – gamma irradiated to sterility assurance level (SAL) 10?6 - Clean Room Packaging – each pack is double bagged. - Innovative 10Layer Design – 10 interconnected polystyrene growth surfaces - Optimal Growth – Corning CellBIND® Surface treated gas permeable polystyrene for superior cell attachment and growth - Increase Cell Yield – 10 -fold higher cell yield increases productivity and capacity - Time and Space Savings – Reduce processing time and incubator storage space by handling one flask compared to 10 traditional 175 cm² flasks The Corning High Yielding Performance Flask (HYPER Flask ) cell culture vessel offers 1720 cm² growth area in the footprint of a traditional 175 cm² flask. This high yield, high performance flask utilizes a multilayered gas permeable growing surface for efficient gas exchange. - Innovative Design – 10 interconnected polystyrene growth surfaces - Optimal Growth – Corning CellBIND® Surface treated gas permeable polystyrene for superior cell attachment and growth - Increase Cell Yield – 10-fold higher cell yields increases productivity and capacity and reduces processing time and incubator space - Save Time and Space – Reduce processing time and incubator storage space by handling one flask as compared to 10 traditional 175 cm² flasks - Automation Compatible – Bar coded and compatible with The Automation Partnership SelecT™ and CompacT™ SelecT™ cell culture systems with an upgrade The Corning HYPERFlask Cell Culture Vessel has the same external dimensions as a standard T 175 cm² flask with 10 times the cell yield.

3233, Omnilab

The Corning CellCube system provides a fast, simple, and compact method for the mass culture of attachment-dependent cells. It uses a tissue culture-treated growth surface for cell attachment, and continually perfuses the cells with fresh medium for increased cell productivity. The CellCube system provides an environment which more closely simulates in vivo conditions and reliably distributes nutrients and oxygen with low differential gradients across all cells within the modules. The CellCube modules provide a traditional tissue culture-treated surface or Corning CellBIND® surface for the growth of attachment dependent cells. The Corning CellCube system provides a fast, simple, and compact method for the mass culture of attachment-dependent cells. It uses a tissue culture-treated growth surface for cell attachment, and continually perfuses the cells with fresh medium for increased cell productivity. The CellCube system provides an environment which more closely simulates in vivo conditions and reliably distributes nutrients and oxygen with low differential gradients across all cells within the modules. The CellCube modules provide a traditional tissue culture-treated surface or Corning CellBIND® surface for the growth of attachment dependent cells.

140360, Omnilab

A time and space saving vessel for large scale cell culture production. Suitable for industrial scale production of vaccines, monoclonal antibodies or pharmaceuticals. - Nunclon™ D surface modification is certified for cell culture and ensures consistent cell growth layer to layer, lot to lot. - Ready to use and easy to fill and empty with plug and play connection. - Wide range of accessories available for different methods of filling, venting and harvesting. - Sterile. - Material: PS. A time and space saving vessel for large scale cell culture production. Suitable for industrial scale production of vaccines, monoclonal antibodies or pharmaceuticals. - Nunclon™ D surface modification is certified for cell culture and ensures consistent cell growth layer to layer, lot to lot. - Ready to use and easy to fill and empty with plug and play connection. - Wide range of accessories available for different methods of filling, venting and harvesting. - Sterile. - Material: PS.