INSIGHTS ON PHARMACEUTICAL INSPECTION
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Pharmaceutical Product Solutions
Discover how advanced inspection technologies, precise checkweighing, and data-driven automation secure pharmaceutical lines, protect product integrity, and ensure strict regulatory compliance.
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Pharmaceutical X-Ray Counts Capsules & Pills
Learn how advanced X-ray inspection ensures exact pill counts in multi-supplement pouches, automatically identifying missing components and generating time-stamped visual data logs.
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Planning For Scale-Up
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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Quality Time With Oliver: Guest Michael Dominguez
Build a stronger CCIT strategy with practical guidance on risk assessment, method development, and validation, as well as how to improve collaboration between sponsors and testing laboratories.
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Ensuring Integrity: Testing Viscous Biologics In Pre-Filled Syringes12/18/2025
Viscous biologics in pre-filled syringes demand precise integrity testing. Discover how advanced HVLD technology detects micro-defects and ensures sterility, meeting stringent USP <1207> standards.
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A Holistic Approach To CCI Is A Deterministic Approach1/30/2026
A modern approach to CCI blends smart design, risk‑based strategies, and deterministic testing to safeguard sterile products. Learn how lifecycle thinking and practical sampling plans strengthen quality.
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OEE And Product Inspection2/13/2025
Explore the calculation of Overall Equipment Effectiveness (OEE) and the impact of product inspection equipment on OEE in the pharmaceutical industry.
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HVLD Technology Pre-Filled Syringe Inspection1/5/2026
Advanced HVLD technology delivers non-invasive, deterministic inspection for pre-filled syringes. Learn how this method improves reliability and patient safety compared to traditional approaches.
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Empowering Glove Integrity Testing: Successful End User Training On The Esco IntelliGlove Tester (EIGT) In Bangladesh3/19/2026
Advanced wireless testing ensures glove and barrier integrity in sterile manufacturing. These tools support ISO compliance and Annex 1 standards to strengthen contamination control.
PHARMACEUTICAL INSPECTION SOLUTIONS
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The most current model, the Seal Integrity Monitoring System (SIMS) 1915+, is the ideal choice for your helium-based leak detection system. Compared to conventional vacuum bubble and dye penetration test methods, packages can be quantitatively tested using helium as the tracer gas that ensures higher levels of accuracy. Such an approach allows a comparison between multiple packaging materials and forms production line settings and stability storage conditions, supporting the entire lifecycle.
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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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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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With our Switch 350, you benefit from the advantages of two machine concepts: We have combined the modularity, handling options, and technologies of our well-proven standard platforms with the flexibility of our small batch inspection machine to run syringes and vials on one and the same machine – with nesting system for syringes and vials alike.
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AGLTS 2 is the brand new fully automatic GMP compliant Glove Leak Tester for Pharmaceutical Isolators and RABS in the pharmaceutical industry, developed referring to the Positive Pressure Decay Method which follows the international standard ISO 14644-7 Annex E.5.