Shorter pre-batch window
Ten ports can be prepared for concurrent checks instead of waiting for a single tester to complete each cycle in series.
Ten rechargeable heads let a production team test a medium port population in one coordinated window rather than moving a single instrument from glove to glove. The docking station keeps the fleet together between campaigns, while RFID recognition associates each head with its assigned port and the central software records the result sequence.
Ten ports can be prepared for concurrent checks instead of waiting for a single tester to complete each cycle in series.
A wheeled dock provides a defined location for transport, charging and head accountability.
RFID identification reduces the risk of assigning a result to the wrong glove position.
| Configured Test Heads | 10 wireless units |
|---|---|
| Simultaneous Test Capacity | Up to 10 glove ports |
| Test Method | Automated pressure decay based on ISO 10648-2 |
| Leak Detection | 100 µm class |
| Communication | ZigBee wireless network |
| Glove-Port Identification | RFID |
| Head Protection Rating | IP54 |
| Battery Performance | Up to 20 tests per head per charge |
| Fleet Storage | Mobile docking and charging station |
| Customisierung | Port adapters, recipes, charging layout and software interfaces can be configured for the isolator line and operating environment. |
Coordinated glove testing before filling or compounding batches on medium multi-module isolators and restricted access barrier systems.
Port-adapter sets, trolley size, cleanroom tablet, additional test recipes, spare batteries, user-role configuration and data export interfaces may be chosen.
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