Corning 10020 Polystyrene 560mL Rectangular CellBIND Surface Treated HYPERFlask M Cell Culture Vessel with Bar Code, Double Bagged (Case of 4)

This Corning high yield performance flask manual (HYPERFlask M) cell culture vessel is specifically designed for manual use. Originally, the HYPERFlask cell culture vessel was developed for automation. Due to its popularity for use on the bench top, Corning has redesigned the HYPERFlask M vessel with new features. It has an innovative 10 layer design of interconnected gas permeable polystyrene growth surfaces, and is Corning CellBIND Surface treated for superior cell attachment and growth, allowing a ten-fold higher cell yield that increases productivity and capacity. It has a new ergonomic cap with a smooth texture on the liner that allows more ergonomic closing and opening. The new adaptor grid allows for faster filling and emptying while reducing foam generation. Reduce processing time and incubator storage space by handling one flask compared to 10 traditional 175sq cm flasks. Each individual flask is traceable by a serial number that can be read by the unaided eye or by a handheld bar code reader. It is made with USP Class VI materials molded and assembled in a Certified Class 100,000 clean room. Gamma irradiated to sterility assurance level (SAL) 10-6 and double bagged four to a pack in clean room packaging. Ungraduated. Sterile. Material: Polystyrene. Cell Growth Area: 1720sq cm. Flask Shape: Rectangular. Neck Style: Straight. Surface Treatment: Corning CellBIND Surface. Cap Style: Flat Top. Cap Color: Orange. Cap Material: High Density Polyethylene. Recommended Medium Volume: 560mL. Maximum Working Volume: 560mL. Corning #: 10020.

• High yield performance flask is specifically designed for manual use with many new features including an ergonomic HDPE cap and adaptor grid
• Rectangular shaped flask has a straight neck style, with a maximum working volume of 560mL and a cell growth area of 1720sq cm
• Features 10 interconnected CellBIND Surface treated gas permeable polystyrene growth surfaces for superior cell attachment and growth
• Each individual flask is traceable by a serial number that can be read by the unaided eye or by a handheld bar code reader