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Synthecon PERFUSION BIOREACTOR SYSTEM - RCCMAX DUAL
- SKU:RCCMAX DUAL
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- Product description: The RCCMax Dual system is a dual vessel system with two 50 mL vessels that perfuses media in series through both vessels. This key feature makes the RCCMax Dual ideal for experiments that require iden
PERFUSION BIOREACTOR SYSTEM - RCCMAX DUAL
The RCCMax Dual system is a dual vessel system with two 50 mL vessels that perfuses media in series through both vessels. This key feature makes the RCCMax Dual ideal for experiments that require identical culture conditions for different cell types.
EACH ROTARY PERFUSION RCCMAX DUAL SYSTEM CONSISTS OF THE FOLLOWING:
Single station rotator base
Single or Dual Vessel
Oxygenator
Peristaltic pump
Power Supply
Operations manual
Spare Parts Kit
*The spare parts kit included with RCCMax Dual system includes double quantities of items those that come with the RCCMax system.
PERFUSION BIOREACTORS
Our perfusion bioreactor systems allow for continuous feeding of the cell culture chamber from an external media bottle. While the culture media continuously perfuses through the system, the 3D aggregates of cells and scaffolds are retained in the cell culture chamber by a porous perfusion core. The media also flows through an external silicone oxygenator via a peristaltic pump to maintain the oxygen level.
We have two perfusion systems:
RCCMAX • RCCMAX DUAL
SPECIAL FEATURES:
Media can be exchanged, sampled, or modified with or without stopping the vessel rotation during 3D cell culture
Systems can be used with or without scaffolds to create 3D cell models
EACH ROTARY PERFUSION RCCMAX SYSTEM CONSISTS OF THE FOLLOWING:
Single station rotator base
Single or Dual Vessel
Oxygenator
Peristaltic pump
Power supply
Operation manual
Spare parts kit*
*The spare parts kit included with RCCMax Dual system includes double quantities of items that come with the RCCMax system.
3D CELL CULTURE APPLICATIONS USING THE RCCMAX:
Stem Cell Maintanance
Stem Cell Expansion
Stem Cell Differentiation
Host-Pathogen Studies
Cancer Modeling/ Tumor Spheroid Culture
Cancer Cell Invasion Studies
Tissue Engineering
Spheroid Formation and Culture
Recellularization
Decellularization
Explant Culture
Organoid Culture
Hollow Organ Culture (custom order)
Blood Vessel Culture (custom order)