Disposable Batch Culture Systems

Low Cost, Easy to Use System Makes Rotary Cell Culture Technology Available to Most Laboratories. Each vessel is individually packaged and gamma sterilized. Vessels are supplied four to a pack and are available in 10 ml and 50 ml sizes. Reduces technicians exposure to hazardous cultures.

RCCS-D
Consists of a Single Station Rotator Base, Power Supply, Operation Manual and four Disposable Culture Vessels. *Accepts Disposable Vessels only.

RCCS-2D
The RCCS-2D is a low cost, easy to use bioreactor capable of rotating 2 vessels at the same speed. It consists of a 2-station rotator base, power supply, operation manual and 4 disposable culture vessels. Efficient system for running an experiment in duplicate or maintaining a test group and control group.

RCCS-4D
Consists of a four Station Rotator Base, Power Supply with Tachometer, Operation Manual and four Disposable Culture Vessels. *Accepts Disposable Vessels only.

RCCS-4DQ
Consists of a four Station Rotator Base, Power Supply with Tachometer, Operation Manual and four Disposable Culture Vessels, with each station capable of rotating at independent speeds for conducting 4 different experiments simultaneously.

RCCS-8D
This 3D bioreactor consists of an 8-station rotator base, power supply with tachometer, operation manual and 8 disposable culture vessels. All 8 stations rotate at the same speed. Cost-effective and time-efficient way of testing several variables at the same time.

RCCS-8DQ
This 3D bioreactor consists of an 8-station rotator base, power supply with tachometer, operation manual and 8 disposable culture vessels. The stations rotate in pairs and each pair can rotate at a separate speed independent of the other pairs of stations. Vessel choices available for this bioreactor are 10 ml and 50 ml disposable gamma-sterilized HARV vessels. Cost-effective and time-efficient way of testing several variables at the same time.

Disposable Vessels
Disposable Vessels only available in HARV format and are not available in STLV format.