Roller Bottles
DWK Life Sciences DURAN™ Roller Bottle, for Cell Cultures, with DIN thread, GL 45
Roller bottles are specially designed for cell and virus mass production and have the largest possible horizontal and peripheral growth area.
BD Falcon™ Roller Bottles, Vented Cap
Compatible with manual and automated filling systems
BD™ Falcon™ Roller Bottles, Easy On/Off Cap
Compatible with manual and automated filling systems
Thermo Scientific™ Nunc™ PETG Roller Bottles
Increase cell expansion and product yield while eliminating the need to purchase additional production equipment or increase labor.
Thermo Scientific™ Nunc™ Polystyrene Roller Bottles
Reliably grow cells with high reproducibility by using Thermo Scientific™ Nunc™ Polystyrene Roller Bottles.
Corning™ Disposable Roller Bottles
Manufactured from optically clear virgin polystyrene for excellent visibility and tissue culture-treated for optimal cell attachment. Corning™ Disposable Roller Bottles allow Initial scale-up of adherent cells with intermittent exposure of cells to the air and the media.
Corning™ Expanded Surface Polystyrene Roller Bottle with Easy Grip Cap
Features a ribbed design that doubles the growth area without increasing bottle size. Corning™ Expanded Surface Roller Bottles one-piece seamless polystyrene construction prevents warping or bowing during use.
Corning™ CellBIND™ Polystyrene Roller Bottles with Easy Grip Cap
Features large knurls designed for ergonomic handling.
Corning™ Roller Bottle with Easy Grip Cap
One piece seamless construction with printed graduations
Corning™ CellBIND™ Polystyrene Roller Bottles with Easy Grip Cap
Treated with patented Corning CellBIND™ surface treatment
Corning™ Expanded Surface Polystyrene Roller Bottle with Easy Grip Vent Cap
One piece seamless construction
DWK Life Sciences Wheaton™ Glass Roller Culture Vessels
Uniform quality and performance for higher cell yields
Pyrex™ Glass Roller Bottles
Ideal for cell culture work
Wheaton™ Borosilicate Glass Roller Bottle
Vessels are made to exacting tolerances to provide higher cell yields