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Microcarriers (57)
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BioPAT®PinchValveProduct FamilyThe BioPAT® Pinch Valve is an innovative valve solution for flow rate control and open | close applications. It consists of an electrical drive, a valve body and an installation set. Tubing can easily be installed and secured in the valve, without have to deal with loose parts. The BioPAT® Pinch Valve is available in three sizes A, B and C, achieving more flexibility for tubing sizes through the different installation sets available.
Re-opening mechanism
Non-product contacting
Robust and accurate electrical drive
Gentle on the tubing
Available for tube diameters ranging from 1/8" to 1" ID
The Valve Body comes together with the necessary installation set.
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MicrocarriersProduct FamilyMicrocarriers are a support matrix allowing for expansion of adherent cells in the suspension culture. They are offered in both non-sterile autoclavable and sterile gamma-irradiated ready-to-use format to serve both research and manufacturing need. All microcarrier types are manufactured using solid modified polystyrene cores and surfaces are modified with proprietary chemistries to enhance cell attachment and growth performance across multiple adherent cell types. SoloHill® microcarrier types do not require lengthy pre-conditioning steps prior to their use in the cell culture processes and their basic properties facilitate simple cell detachment.
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Microcarriers(2)Product FamilyMicrocarriers are a support matrix allowing for expansion of adherent cells in the suspension culture. They are offered in both non-sterile autoclavable and sterile gamma-irradiated ready-to-use format to serve both research and manufacturing need. All microcarrier types are manufactured using solid modified polystyrene cores and surfaces are modified with proprietary chemistries to enhance cell attachment and growth performance across multiple adherent cell types. SoloHill® microcarrier types do not require lengthy pre-conditioning steps prior to their use in the cell culture processes and their basic properties facilitate simple cell detachment.
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