INSIGHTS ON PHARMACEUTICAL INSPECTION
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Advanced CCIT Strategies For Combination Products
Gain insight into how deterministic CCIT methods support sterility assurance, product stability, and patient safety for prefilled syringes, auto-injectors, and other combination products.
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Selecting A Test Method For Your Container System
Selecting CCIT requires matching methods like vacuum decay to product traits. Assess liquid conductivity, headspace, and lifecycle risks to build a compliant leak-detection strategy.
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Improved High-Speed Performance X-Ray
Maintain uncompromised inspection clarity at maximum operational speeds. Learn how a specialized sensor captures distortion-free imaging at 80 meters per minute.
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Ophthalmic Product Package Inspection
Microscopic leaks in ophthalmic packaging can compromise sterility and patient safety. Learn how advanced vacuum decay testing delivers fast, reliable results, detecting defects as small as 5 microns.
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What Is The Position Of Regulatory Authorities On PUPSIT?5/2/2025
PUPSIT and other integrity testing methods are crucial for manufacturers to reduce contamination risks and ensure drug product safety. Learn how your company can adhere to updated regulatory guidelines.
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Beyond Visual Inspection: Understanding Acoustical Transparency As A PAT12/29/2025
Airborne ultrasound enables non-destructive seal monitoring, detecting subtle material variations. See how this proactive approach enhances consistency, reduces risk, and ensures packaging integrity.
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Discover This X-Ray's Enhanced Detection Capability6/15/2026
Maximize product safety with high-resolution X-ray technology. Discover how advanced sensitivity can detect low-density and fine metal contaminants.
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Planning For Scale-Up5/21/2026
From rapid early-stage production to scalable commercialization, discover the packaging and continuity challenges companies face as they prepare for launch.
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Integrity Testing Of Inhaler Products1/5/2026
Ensuring inhaler integrity is vital for patient safety and regulatory compliance. Discover how Vacuum decay testing provides a sensitive, non-destructive method to detect leaks and maintain sterility.
PHARMACEUTICAL INSPECTION SOLUTIONS
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Improve efficiency and profitability with a checkweigher designed for better accuracy and faster speeds. The Thermo Scientific™ Global Versa GP Checkweigher is a versatile, general purpose checkweigher that scans at line speeds up to 350 packages per minute without ever sacrificing accuracy, and now it features more than 10 engineering and functionality improvements to reduce maintenance and cost of ownership. The Versa GP Checkweigher comes with a compact cantilever construction for height adjustment and is ideal for packages up to 3 kilograms (6.6 pounds).
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Elevate production safety with high-speed detection that identifies small contaminants while reducing waste. Intuitive controls and durable design ensure long-term efficiency and reliability.
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Enhance the functionality of your APEX Metal Detector with ThermoScientific™ Quickfit™ Standard Conveyors for Metal Detectors. Easy to configure, install and service, Quickfit metal detector conveyors are a high quality material handling solution suitable for most food packaging and bulk flow metal detection applications. Available in fixed and variable speed models, Quickfit metal detector conveyors are flexible, functional and easy to use.
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The Food and Drug Administration (FDA), United States Pharmacopeia (USP) and EMA Annex 1 issue strict guidelines for testing the integrity of IV bags and containers closed by fusion. IV bag manufacturers are one among many sterile product manufacturers that must meet these test requirements for container closure integrity.
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A helium based test method for verifying the integrity of a blister card holding drug product has been proven to be the most effective approach due to the extreme sensitivity offered. The test method relies on detecting helium sealed in the package system as it escapes through micro-channels in the package. A test sequence begins by placing the package in the test fixture and a vacuum is quickly drawn. The resulting pressure differential causes helium to escape through potential holes or cracks in the package.