Laminar Flow and Containment Equipment

Aseptic Processing Isolator

A sealed positive-pressure barrier that separates operators from a critical aseptic process through glove ports, controlled transfer and filtered unidirectional airflow.

Closed Positive-Pressure Barrier
Glove-Port Process Access
Controlled Material Transfer
Integrated Bio-Decontamination Option

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Product Introduction

The aseptic processing isolator encloses critical manipulation inside a welded stainless chamber supplied with HEPA-filtered unidirectional air. Operators work through fixed glove and sleeve ports, while materials move through an interlocked transfer hatch, rapid transfer port or other closed interface. Positive chamber pressure protects the product from the surrounding room, and the air-handling system can support pressure-hold testing and an integrated vapor bio-decontamination cycle. The final process layout is built around equipment, transfer and cleaning needs.

Key Features

A sealed positive-pressure chamber physically separates operators from the aseptic work zone.

Glove ports position manipulation points without opening the main barrier.

Transfer hatches and rapid transfer ports control material ingress and egress.

Unidirectional filtered air protects critical open processing locations.

Welded radiused geometry supports cleaning and optional vapor bio-decontamination.

Customer Product Concerns

An aseptic isolator must coordinate chamber pressure, glove access, transfer interfaces and internal equipment without breaking the barrier.

Routine material entry opens the critical process to the room.Interlocked hatches and rapid transfer ports preserve the closed barrier during transfer.

Operators cannot reach equipment through poorly placed glove ports.Port spacing and work-surface depth are matched to the actual manipulation sequence.

Internal equipment shadows the unidirectional airflow.Diffuser layout and equipment supports preserve first-air paths over critical locations.

Complex seams slow cleaning and decontamination.Welded radiused stainless surfaces reduce inaccessible crevices.

Typical Applications

Aseptic component assemblySmall-batch sterile processingOpen sterile connection workCritical pharmaceutical preparation

Technical Parameters

Typical configurable construction ranges for an aseptic processing isolator are listed below.

Core Material	Fully welded SUS316L process chamber with laminated safety glass and CSM or butyl glove assemblies
Panel Thickness	50-100 mm double-skin chamber and air-handling sections
Effective Width	1200-4000 mm usable process width
Maximum Length	Up to 6000 mm overall isolator length
Steel Facing Thickness	2.0-3.0 mm SUS316L chamber shell and 1.2-1.5 mm service skins
Core Density	Approximately 8000 kg/m³ for SUS316L process-chamber material
Thermal Conductivity	14-16 W/(m·K) for austenitic stainless steel
Surface Finish	Electropolished SUS316L interior with welded radiused corners and clear laminated viewing panels
Joint Type	Continuously welded pressure-tight chamber with sealed glove rings, gasketed transfer doors and clamped HEPA frames
Customization	Available based on the intended application and operating environment.

Available Options

Integrated vapor bio-decontaminationRapid transfer portsOne to eight glove positionsEnvironmental monitoring and glove integrity connections

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