Vacuum leak tester F6800-ME

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Overview
The F6800-ME is a laboratory and off-line leak testing instrument for non-destructive integrity testing of containers. It implements differential vacuum decay technology with dual transducer measurement to detect sub-micron leaks and provides a graphical HMI for real-time cycle analysis.

Applications

• Pharmaceutical production lines
• Liquid dosage forms
• Ampoules and vials
• Blow-Fill-Seal (BFS) containers
• Bottles and injectables
• Carpules and syringes
• Pouches and flexible packaging
• Stick packs

Key features

• Offline or inline operation
• Compliant with ASTM F2338-09
• Stainless steel construction for GMP environments
• Test sensitivity: ~0.01 ccm (approx. 1 µm hole)
• Differential vacuum decay measurement with dual transducer technology
• Non-invasive, non-destructive test method
• HMI with real-time testing cycle diagram
• Security: password protection and option to disable internet access

Specifications (summary)
Interface: Color graphic touchscreen with intuitive menu and real-time HMI cycle display.
Electrical supply: 100–240 V AC, 50 W.
Air/Test pressure: Absolute 1 Torr; clean, dry air required (ISO8573-1).
Temperature: Operating 0°C to +45°C; Storage 0°C to +60°C.

Detailed test & system specifications
Application sectors: Pharmaceutical, liquid forms, ampoules, BFS, bottles, carpules.
Inspection method: Automated inline or offline testing.
Package types: Pouches, flexible packaging, stick packs, bottles, ampoules, BFS, carpules.
Package materials: Foil, plastic, poly, film, aluminium.
Test system: Dual transducer differential vacuum decay technology.
Test method: Differential Vacuum Decay.
Test sensitivity: 0.01 ccm (approx. 1 µm hole) — referenced < 1 µm in some documentation.
Results & resolution: Pass/Fail results available in mBar and Pascal units.
Security & data: Password protection; option to remove internet access; data viewable on touchscreen and available for electronic collection.

Technical characteristics

• Model: F6800-ME
• Construction: Stainless steel
• Standards: ASTM F2338-09
• Electrical consumption: 50 W
• Operating environment: 0°C to +45°C
• Storage: 0°C to +60°C
• Air quality: Clean, dry air per ISO8573-1
• Output: Pass/Fail in mBar and Pa; real-time HMI diagram