STjh four-glove containment isolator with separate entry and exit airlocks

STJH-NEGATIVE-PRESSURE-CONTAINMENT-ISOLATOR-4G-2AL

Negative-Pressure Containment Isolator 4-Glove with Dual Airlocks

A four-glove negative-pressure isolator with dedicated entry and exit airlocks for directional potent-material movement.

Independent entry and exit
1985 mm four-glove chamber
3301 mm overall width

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Introduction de produit

This 3301 mm-wide arrangement adds an airlock at each end of the 1985 mm chamber. Separate transfer zones allow incoming components and outgoing product or waste to follow different paths, reducing the scheduling compromises of a shared airlock during larger high-potency campaigns.

Key Features

Directional material flow

Two airlocks support a defined progression from clean component entry to contained product or waste removal.

Campaign-scale access

Four glove positions provide direct reach to multiple processing stages across the extended work zone.

Separated cycle scheduling

Each interchange can be assigned its own H2O2 transfer sequence to reduce contention at the chamber boundary.

Paramètres techniques

Work-Zone Dimensions	1985 x 715 x 629 mm
Overall Dimensions	3301 x 955 x 2277 mm with two airlocks
Glove Ports	4 process glove positions
Transfer Arrangement	Independent entry and exit airlocks
Operating Pressure	-60 Pa standard selectable negative-pressure mode
Filtration	Double HEPA exhaust arrangement
Decontamination	Independent configurable H2O2 airlock cycles
Power Supply	220-240 V AC, 50-60 Hz, up to 3800 W
Chamber Construction	Stainless steel work zone and airlocks
Customisation	Airlock capacities, transfer direction, glove layout, utilities and cycle recipes can be tailored to the intended production flow.

Applications

High-potency production suites, directional aseptic-toxic processing, contained product staging and campaigns that require separate clean entry and controlled exit routes.

Solutions for Your Application

Incoming supplies and outgoing waste cannot safely compete for one transfer chamber.Assign one airlock to entry and the other to exit so the material path remains unidirectional.

Transfer decontamination can interrupt a long four-glove process.Operate independently configured airlock cycles while preserving the main chamber's defined pressure condition.

Options disponibles

Airlock internal fixtures, rapid-transfer interfaces, glove materials, process equipment, H2O2 cycle controls and data connectivity may be configured.

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