ChargePoint’s industry leading, patented AseptiSafe Bio valve uses an enhanced decontamination step in the aseptic split butterfly valve process to provide a validated 6 log reduction.
During the powder transfer process, using the aseptic valve and before the product is transferred, the disc faces of the AseptiSafe Bio valve are exposed to decontamination gases within a sealed chamber to ensure decontamination of all critical areas killing organisms effectively and quickly whilst protecting the product from the decontamination gases.
ChargePoint AseptiSafe® bio valve:
The active unit is sterilised in place with the use of a SIP Passive unit.
The two aseptic valve halves are docked together.
The disc faces are exposed to decontamination gases within a sealed chamber prior to the product transfer to ensure decontamination of critical areas.
The active unit is the driving half of the valve. Once operated the disc will open to allow the transfer of material through the valve. The active and passive interface is sealed to ensure no material can penetrate the critical area. Once the transfer has taken place the valve is closed.
The active and passive units are then unlocked and undocked revealing the previously closed interfaces ensuring a clean transfer.
ChargePoint’s industry leading, patented AseptiSafe Bio valve uses an enhanced decontamination step in the aseptic split butterfly valve process to provide a validated 6 log reduction.
During the powder transfer process, using the aseptic valve and before the product is transferred, the disc faces of the AseptiSafe Bio valve are exposed to decontamination gases within a sealed chamber to ensure decontamination of all critical areas killing organisms effectively and quickly whilst protecting the product from the decontamination gases.
ChargePoint AseptiSafe® bio valve:
The active unit is sterilised in place with the use of a SIP Passive unit.
The two aseptic valve halves are docked together.
The disc faces are exposed to decontamination gases within a sealed chamber prior to the product transfer to ensure decontamination of critical areas.
The active unit is the driving half of the valve. Once operated the disc will open to allow the transfer of material through the valve. The active and passive interface is sealed to ensure no material can penetrate the critical area. Once the transfer has taken place the valve is closed.
The active and passive units are then unlocked and undocked revealing the previously closed interfaces ensuring a clean transfer.
