Use for industrial scale growth and production of adherent cell types in roller bottle systems, for example.

4250 cm2 plastic roller bottles have 5000 mL capacity.  They are sterile, disposable, DNase- and RNase-free and non-pyrogenic.

Bold printed graduations (in 50 mL increments), making it easy to see demarkations through cell culture media.

Bottles are made of polystyrene with tissue culture treated hydrophilic surfaces for cell attachment, and caps of HDPE.

Individually-packed 1/bag, 12/case.

Celltreat Cat # 229377.

The post Celltreat 4250 cm2 Expanded Surface Plastic Roller Bottles appeared first on Morganville Scientific.

Use for industrial scale growth and production of adherent cell types in roller bottle systems, for example.

1700 cm2 plastic roller bottles have 5000 mL capacity.  They are sterile, disposable, DNase- and RNase-free and non-pyrogenic.

Bold printed graduations (in 50 mL increments), making it easy to see demarkations through cell culture media.

Bottles are made of polystyrene with tissue culture treated hydrophilic surfaces for cell attachment, and caps of HDPE.

Individually-packed 1/bag, 12/case.

Celltreat Cat # 229375.

The post Celltreat 1700 cm2 Plastic Roller Bottles appeared first on Morganville Scientific.

1 cap/bag, 24 vented caps/case.

Celltreat catalog # 229391.

The post Celltreat Vented Roller Bottle Caps appeared first on Morganville Scientific.

TC treated plastic roller bottle has 490 cm2 surface area.  1000 mL capacity.  Sterile.  Disposable.  Available with vented or non-vented caps (select in the dropdown menu).  Bold printed graduations (in 50 mL incriments), making it easy to see demarkations through dark colored media.

Individually packaged. 24/case.

Celltreat Scientific brand 490 cm2 plastic roller bottles are made of USP Class VI polystyrene and vacuum gas plasma TC treated for adherent cell growth.

Use for large scale growth, industrial scale production of adherent cell types in roller bottle systems, for example.

Excellent cost saving alternative to Corning® 490 cm2 Polystyrene Roller Bottles (Cat # 430195).

Celltreat Cat # 229383 (vented caps), 229382 (non-vented caps).

The post Celltreat 490 cm2 Plastic Roller Bottle appeared first on Morganville Scientific.

Celltreat Scientific brand 850 plastic roller bottles have an 850 cm2 surface area and 2000 mL capacity.  Sterile.  Disposable.  Bold printed graduations (in 50 mL incriments), making it easy to see demarkations through dark colored media.

Available with vented or non-vented caps (select in the dropdown menu).    Individually packaged. 12/case.

TC treated plastic roller bottles are made of USP Class VI polystyrene and vacuum gas plasma TC treated for adherent cell growth.

Use for large scale growth, industrial scale production of adherent cell types in roller bottle systems, for example.

Excellent cost saving alternative to Corning® 850 cm2 Polystyrene Roller Bottles (Cat # 430198 & 430849).

Celltreat Cat # 229385 (vented caps), 229384 (non-vented caps).

The post Celltreat 850 cm2 Plastic Roller Bottle appeared first on Morganville Scientific.

Celltreat Scientific brand TC treated plastic roller bottles have 1900 cm2 surface area and 2000 mL capacity.  Sterile.  Disposable.  Bold printed graduations (in 50 mL incriments), making it easy to see demarkations through dark colored media.

Available with vented or non-vented caps (select in the dropdown menu).  Individually packaged.  12/case.

Expanded surface roller bottles (ESRB) have a ribbed inner surface that expands the surface area of the 850 cm2 roller bottle to 1900 cm2.  Celltreat roller bottles are made of USP Class VI polystyrene and vacuum gas plasma TC treated for adherent cell growth.

Use for large scale growth, industrial scale production of adherent cell types in roller bottle systems, for example.

Excellent cost saving alternative to Corning® 1700 cm2 Expanded Surface Polystyrene Roller Bottles (Cat # 430852).

Celltreat Cat # 229387 (vented caps), 229386 (non-vented caps).

The post Celltreat 1900 cm2 Plastic Roller Bottle appeared first on Morganville Scientific.