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Labthink MFY-01 Vacuum Decay Seal Integrity Tester for Pharmaceutical Blister Packs, Plastic Bottles & Rigid Packaging

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Brand Labthink
Model MFY-01
Origin Shandong, China
Manufacturer Type Direct Manufacturer
Country of Origin China
Vacuum Range 0 to –90 kPa (±1% FS, Class 1 accuracy)
Vacuum Chamber Dimensions (Standard) Φ270 mm × 210 mm (H)
Optional Chambers Φ360 mm × 585 mm (H), Φ460 mm × 330 mm (H)
Air Supply Requirement 0.7 MPa, Φ6 mm polyurethane tubing
Power Input 220 VAC 50 Hz / 120 VAC 60 Hz
Net Weight 12 kg
Compliance GB/T 15171, ASTM D3078

Overview

The Labthink MFY-01 Vacuum Decay Seal Integrity Tester is an engineered solution for deterministic, non-destructive evaluation of package seal integrity across regulated and industrial sectors. It operates on the principle of vacuum decay testing—applying a controlled negative pressure to a sealed test chamber containing the sample submerged in water or placed under vacuum, then monitoring pressure stabilization behavior and visual indicators (e.g., bubble emission, dimensional recovery) to assess hermetic performance. Unlike subjective dye penetration or subjective leak detection methods, the MFY-01 delivers objective, repeatable pass/fail outcomes aligned with internationally recognized physical test paradigms. Its design supports both qualitative observation-based assessment (per ASTM D3078) and quantitative vacuum hold-time analysis, making it suitable for routine QC screening as well as validation-grade testing in pharmaceutical packaging development, stability studies, and post-abuse evaluation (e.g., after drop or compression testing).

Key Features

  • Digital preset vacuum level (0 to –90 kPa) and dwell time, enabling precise method reproducibility across operators and shifts
  • Class 1 accuracy pressure control system with real-time vacuum monitoring and automatic pressure compensation via high-cycle-life pneumatic valves
  • Microprocessor-based controller with backlit LCD interface and intuitive PVC membrane keypad for rapid parameter entry and status feedback
  • Automated post-test functions: programmable reverse air purge for safe sample unloading and auto-termination upon completion of vacuum hold phase
  • Modular vacuum chamber architecture—standard Φ270 × 210 mm chamber included; optional larger chambers (Φ360 × 585 mm and Φ460 × 330 mm) available for oversized containers or multi-unit trays
  • Robust construction using corrosion-resistant stainless steel chamber housing and industrial-grade solenoid actuators from globally certified suppliers

Sample Compatibility & Compliance

The MFY-01 accommodates a broad spectrum of rigid and semi-rigid packaging formats without modification: aluminum-plastic blister cards (including push-through and peel-open configurations), HDPE/PP/PET plastic bottles, glass vials and ampoules, metal cans, composite foil pouches, sterile barrier trays, and molded plastic housings for medical devices and electronics. It is validated for use in environments requiring adherence to Good Manufacturing Practice (GMP) and Good Laboratory Practice (GLP) frameworks. Test protocols executed on this instrument satisfy the requirements of GB/T 15171–1994 “Method for Determining Seal Integrity of Flexible Package” and ASTM D3078–22 “Standard Test Method for Determination of Leaks in Flexible Packaging by Bubble Emission.” While not inherently 21 CFR Part 11 compliant, the system supports audit-ready documentation when integrated with Labthink’s optional data logging software and external timestamped reporting workflows.

Software & Data Management

Standalone operation requires no PC connection; all test parameters and results are stored locally in non-volatile memory with timestamping. For enhanced traceability, Labthink offers optional USB-enabled data export modules that generate CSV-formatted reports including test ID, vacuum setpoint, actual achieved vacuum, hold duration, pass/fail designation, operator ID, and environmental temperature. These files are compatible with LIMS integration and support retrospective analysis for trend monitoring, CAPA investigations, and regulatory submissions. The firmware architecture permits user-defined test method templates, facilitating SOP-driven execution across multiple product lines while maintaining version-controlled parameter sets.

Applications

  • Pharmaceutical packaging: verification of cold-form blister seal strength, strip-pack edge integrity, and child-resistant closure efficacy
  • Medical device packaging: validation of Tyvek®-based sterile barrier systems, thermoformed trays, and pouch seals prior to sterilization cycle release
  • Food & beverage: assessment of retort pouch integrity, vacuum-sealed jar lids, and modified atmosphere packaging (MAP) container resilience
  • Consumer goods: functional testing of cosmetic tube crimps, pen cartridge seals, and electronic component enclosures exposed to humidity cycling
  • Quality assurance: post-distribution simulation testing—including ISTA-compliant drop, vibration, and compression stress followed by seal re-evaluation

FAQ

What types of packaging can be tested on the MFY-01?

The instrument accepts rigid and semi-rigid packages up to the maximum internal dimensions of the installed vacuum chamber—including blister cards, plastic/glass/metal bottles, trays, pouches, and tubs.
Is the test destructive?

No—the vacuum decay method is non-destructive when performed within specified pressure limits; samples remain intact and usable post-test unless gross leakage causes irreversible deformation.
Does the system require external software to operate?

No—full functionality is accessible via the onboard controller; optional software enhances data export and long-term trending but is not required for basic operation.
How is calibration verified?

Periodic verification is performed using NIST-traceable digital pressure calibrators; Labthink provides calibration certificates and maintenance schedules aligned with ISO/IEC 17025 guidance.
Can the MFY-01 be used for regulatory submission data generation?

Yes—when operated under documented SOPs with defined acceptance criteria and maintained calibration records, test outputs meet evidentiary requirements for FDA, EMA, and PMDA submissions related to primary packaging integrity.

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