Separated transfer cycle
The hatch allows incoming loads to be treated independently from the main chamber process.
This model adds a hydrogen-peroxide biodecontamination hatch to the four-glove UDAF chamber. Incoming material can undergo a dedicated surface-decontamination cycle before transfer to the working zone, reducing reliance on direct door openings into the main process space.
The hatch allows incoming loads to be treated independently from the main chamber process.
The process zone retains UDAF for exposed sterile operations after the treated load enters.
Hatch and monitoring options can be incorporated into the modular isolator configuration as process needs develop.
| Main Chamber | Rigid-wall aseptic isolator |
|---|---|
| Glove Ports | 4 |
| Process Airflow | Unidirectional airflow |
| Transfer Device | Integrated biodecontamination hatch |
| Transfer Treatment | Vaporized H2O2 surface-decontamination cycle |
| Main Decontamination | Integrated H2O2 generator |
| Control Architecture | Integrated control and traceability platform |
| Upgradeability | Hatch and monitoring options are field-retrofittable within the platform |
| Primary Workflow | Repeated treated-material entry for aseptic processing |
| Customization | Hatch size, chamber arrangement and monitoring can be adapted to the intended load and aseptic workflow. |
Aseptic filling support, sterile assembly and testing processes that receive stopper bags, tools or other surface-decontaminated materials repeatedly.
Hatch configuration, environmental monitoring points, transfer-port accessories and process-equipment integration are selectable for the intended load flow.
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