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How to Select the Right Vial Filling Machine for Pharmaceutical Production

How to Select the Right Vial Filling Machine for Pharmaceutical Production

2014-06-11

How to Select the Right Vial Filling Machine for Pharmaceutical Production

  1. Functionality & Application Scope
    • Core Process Integration: Prioritize machines with integrated washing-drying-filling-stoppering capabilities (e.g., LYKGF model) to minimize contamination risks and streamline workflows.
    • Material Compatibility: Ensure compatibility with 2-30ml vials (common for injectables like vaccines, biologics, and insulin).
  2. Technical Specifications
    • Filling Accuracy: Opt for systems with ±0.5% volumetric precision, critical for high-value APIs (Active Pharmaceutical Ingredients).
    • Sterility Assurance:
      • Class 100 cleanroom compatibility (HEPA filtration).
      • Dry heat sterilization up to 300°C for endotoxin-free production.
  3. Machine Configuration
    • Automation Level:
      • PLC control systems (e.g., Siemens SIMATIC S7-200) for programmable batch adjustments.
      • Touchscreen HMIs (e.g., SMART 700 IE V3) for real-time monitoring.
    • Critical Components:
      • Peristaltic pumps (easy cleaning, low cross-contamination).
      • Stainless-steel contact surfaces (GMP-compliant, corrosion-resistant).
  4. Capacity & Scalability
    • Output Range: Machines handling 6,000-26,000 vials/hour (adjustable via frequency converters like SINAMICS V20).
    • Modular Design: Support for rapid changeover between vial sizes (e.g., 2ml to 30ml) to accommodate multi-product facilities.

Cleanroom & Facility Layout Considerations

  1. Workspace Optimization
    • Zoning: Separate personnel/equipment flow paths to minimize particulate contamination.
    • Equipment Placement:
      • Position filling lines in ISO Class 5/7 areas with unidirectional airflow.
      • Dedicate adjacent zones for vial sterilization (ultrasonic cleaning) and post-filling QC.
  2. Regulatory Compliance
    • GMP Alignment: Validate systems per 21 CFR Part 11 (electronic records) and Annex 1 guidelines.
    • Traceability: Integrate QR code/barcode tracking from raw materials to finished vials.

Recommended Configuration (Case Study)

Model: LYKXGF2-30 Vial Washing-Drying-Filling-Stoppering Line

  • Components:
    • Siemens PLC & HMI for automated batch control.
    • Dry heat tunnel (300°C) + ultrasonic washer for vial prep.
    • Peristaltic pumps with 316L stainless-steel fittings.
  • Performance:
    • 98% uptime in 24/7 biologic production.
    • Validated for viral clearance (SAL ≤10⁻⁶).
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News Details
Created with Pixso. Home Created with Pixso. News Created with Pixso.

How to Select the Right Vial Filling Machine for Pharmaceutical Production

How to Select the Right Vial Filling Machine for Pharmaceutical Production

How to Select the Right Vial Filling Machine for Pharmaceutical Production

  1. Functionality & Application Scope
    • Core Process Integration: Prioritize machines with integrated washing-drying-filling-stoppering capabilities (e.g., LYKGF model) to minimize contamination risks and streamline workflows.
    • Material Compatibility: Ensure compatibility with 2-30ml vials (common for injectables like vaccines, biologics, and insulin).
  2. Technical Specifications
    • Filling Accuracy: Opt for systems with ±0.5% volumetric precision, critical for high-value APIs (Active Pharmaceutical Ingredients).
    • Sterility Assurance:
      • Class 100 cleanroom compatibility (HEPA filtration).
      • Dry heat sterilization up to 300°C for endotoxin-free production.
  3. Machine Configuration
    • Automation Level:
      • PLC control systems (e.g., Siemens SIMATIC S7-200) for programmable batch adjustments.
      • Touchscreen HMIs (e.g., SMART 700 IE V3) for real-time monitoring.
    • Critical Components:
      • Peristaltic pumps (easy cleaning, low cross-contamination).
      • Stainless-steel contact surfaces (GMP-compliant, corrosion-resistant).
  4. Capacity & Scalability
    • Output Range: Machines handling 6,000-26,000 vials/hour (adjustable via frequency converters like SINAMICS V20).
    • Modular Design: Support for rapid changeover between vial sizes (e.g., 2ml to 30ml) to accommodate multi-product facilities.

Cleanroom & Facility Layout Considerations

  1. Workspace Optimization
    • Zoning: Separate personnel/equipment flow paths to minimize particulate contamination.
    • Equipment Placement:
      • Position filling lines in ISO Class 5/7 areas with unidirectional airflow.
      • Dedicate adjacent zones for vial sterilization (ultrasonic cleaning) and post-filling QC.
  2. Regulatory Compliance
    • GMP Alignment: Validate systems per 21 CFR Part 11 (electronic records) and Annex 1 guidelines.
    • Traceability: Integrate QR code/barcode tracking from raw materials to finished vials.

Recommended Configuration (Case Study)

Model: LYKXGF2-30 Vial Washing-Drying-Filling-Stoppering Line

  • Components:
    • Siemens PLC & HMI for automated batch control.
    • Dry heat tunnel (300°C) + ultrasonic washer for vial prep.
    • Peristaltic pumps with 316L stainless-steel fittings.
  • Performance:
    • 98% uptime in 24/7 biologic production.
    • Validated for viral clearance (SAL ≤10⁻⁶).