Product/Primary Packaging White Papers & Case Studies

1. Improving Uptime In Aseptic Processing Of Pharmaceutical Liquids 10/17/2018

   Maximized uptime, minimized changeover time, and efficient OEE are key factors that have influenced the acceptance of aseptic blow-fill-seal in the packaging of pharmaceutical liquids.

2. Aseptic Blow/Fill/Seal Technology Vs. Traditional Aseptic Processing 10/17/2018

   Learn why blow-fill-seal technology has been gaining increasing worldwide acceptance in the parenteral drug marketplace, replacing traditional glass vial processing in a growing number of applications.

3. Aseptic Blow-Fill-Seal: A Sustainable Process For Packaging Pharma Liquids 10/17/2018

   Aseptic blow-fill-seal systems for packaging pharmaceutical liquids incorporate materials and processes that provide critical advantages for sustainable initiatives.

4. Ensuring Pharmaceutical Film Strength To Avoid Damaged Product 6/22/2017

   This method can be used to identify potential points of weakness in a film or seal during the manufacturing process by simulating circumstances whereby the material may burst during packaging and transport.

5. Evaluating Inhaler Performance To Ensure Clinical Efficacy 6/22/2017

   MDIs are designed to deliver precise/accurate and reproducible doses of the drug to the lungs or nose. Good performance is crucial as patients rely on their inhaler to deliver the required dose of medication at often crucial times.

6. Measuring The Hardness Of Blister Packs To Determine Effectiveness 6/22/2017

   The degree of stiffness of a blister pack will affect its effectiveness. Measuring the required force to push-through a blister pack is therefore necessary.

7. Blow-Fill-Seal For Biologics: Breaking Through In Pharma Packaging 5/3/2017

   As the industry continues its move toward biologics, innovative solutions and technologies will be needed to ensure a safe and reliable approach to the manufacturing and delivery of these drugs.

8. Selecting Robots For Use In Pharmaceutical Manufacturing 11/13/2014

   Robots can carry out pharmaceutical manufacturing tasks faster, more consistently and more cost-effectively than manual labor.

9. When Capsules Fall Apart, Who Is To Blame? 5/6/2013

   Capsule integrity is a given for established manufacturers with impeccable reputations.  Consumers, however, know from experience that not all capsules are made equal.  Some can be difficult to extract from the blister pack.  Others may have gel caps with cracks or, even worse, ruptures that allow the ingredients to spill out.  Is this a manufacturing problem?  Or has R&D neglected to implement a fool proof test methodology for evaluating capsule stability?  Compression and tension testing offer a technical approach with quantifiable results that can be used to assess capsule performance.

10. Blister Pack Texture Application Note 2/4/2013

    The increasing use of blister packs for unit dose packaging of tablets, capsules or lozenges in the pharmaceutical industry demands for good quality packaging.