Flexible chamber arrangement
Turbulent-flow ventilation supports multipurpose layouts where process tools do not need to align beneath a unidirectional supply field.
This configuration uses mixed, engineered chamber airflow instead of a unidirectional downflow field. It is suited to aseptic operations whose layout benefits from four glove positions and integrated hydrogen-peroxide biodecontamination but does not require UDAF over the entire working surface.
Turbulent-flow ventilation supports multipurpose layouts where process tools do not need to align beneath a unidirectional supply field.
An integrated H2O2 generator supports repeatable chamber surface-decontamination cycles without a separate mobile generator.
The built-in SCADA platform records operating and cycle information for review within the facility's procedures.
| Barrier Construction | Rigid-wall isolator |
|---|---|
| Glove Ports | 4 |
| Chamber Airflow | Engineered turbulent flow |
| Primary Use | Aseptic manipulation, compounding and quality control |
| Biodecontamination | Integrated vaporized H2O2 generator |
| Control Platform | Built-in SCADA |
| Cycle Records | Electronic traceability through the control system |
| Transfer Arrangement | Configurable material-transfer interface |
| UDAF Requirement | Not required for the intended turbulent-flow process |
| Customization | Chamber layout, transfer interface and monitoring can be configured around the intended aseptic process. |
Multipurpose aseptic manipulation, non-hazardous compounding, component preparation and microbiological quality-control work.
Transfer devices, environmental monitoring points and process-specific glove-port accessories can be incorporated into the chamber design.
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.