Aseptic filling isolator integrated around a vial filling line

Équipement d'écoulement et de confinement laminaires

Isoleur de remplissage aseptique par

A custom barrier enclosure integrated around filling, stoppering and closure equipment to protect open sterile containers throughout the critical process.

Filling-Line Integration
Critical-Zone Unidirectional Air
Glove-Assisted Intervention
Closed Component Transfer

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Introduction de produit

The aseptic filling isolator is designed around the exact fill-finish equipment rather than supplied as an empty cabinet. Chamber sections enclose container infeed, filling, stoppering and critical closure steps, with HEPA-filtered unidirectional air directed over open containers. Glove ports permit planned interventions, while rapid transfer ports, transfer hatches or sterile connectors introduce components. Removable or lift-up lower sections preserve access to the filling machine for controlled maintenance.

Key Features

The chamber geometry follows the filling line and open-container path.

Dedicated diffuser zones maintain first air above critical filling and stoppering points.

Glove ports are positioned for defined interventions rather than general access.

Closed transfer interfaces introduce stoppers, tools and components.

Technical-side panels allow machine service without dismantling the complete barrier.

Préoccupations du client produit

The isolator must fit the filling machine while preserving first air, intervention reach and maintenance access along the complete container path.

Machine frames block clean air above open containers.Diffuser modules are divided around the actual fill and stopper positions.

Glove ports do not reach jam-clearance points.Intervention mapping sets glove locations before chamber fabrication.

Components enter through an open door during production.Rapid ports and sterile transfer interfaces feed closures and tools through closed paths.

Maintenance requires complete barrier removal.Sectioned technical panels and lift-up lower skirts expose the machine in a controlled shutdown.

Les applications typiques

Vial filling and stopperingPrefilled syringe fillingCartridge fillingSmall-batch sterile fill-finish

Paramètres techniques

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

Matériaux de base	Welded SUS316L barrier chamber with laminated safety glass and CSM glove assemblies around filling equipment
Panneau épaisseur	50-120 mm chamber, plenum and service sections
Largeur effective	1800-6000 mm protected line width
Longueur maximale	Up to 20000 mm integrated filling-line length
Acier face épaisseur	2.0-3.0 mm SUS316L chamber shell; 1.2-1.5 mm removable service skins
Densité Core	Approximately 8000 kg/m³ for SUS316L chamber material
Conductivité thermique	14 - 16 W / (m · K) pour l'acier inoxydable austénitique par
surface finie	Electropolished SUS316L interior with flush glazed panels and radiused transitions
Type joint	Welded modular barrier sections with sealed machine interfaces, glove rings and rapid transfer ports
Customisation	Disponible en fonction de l'application prévue et de l'environnement d'exploitation.

Options disponibles

Vial, syringe or cartridge line integrationIntegrated vapor bio-decontaminationRapid transfer and component portsGlove integrity and environmental monitoring connections

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