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20.07.2023  |  1052x
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Defining a Role for Powder Testing in Pharmaceuticals

e-Book about benefits of Powder Flow Testing for Pharmaceuticals

Freeman Technology presents an eBook on how powder testing delivers tangible returns in the Pharmaceutical industry, from R&D into production.
A new eBook from Freeman Technology explores the application and value of powder testing in the pharmaceutical industry. Incorporating case study data from leading pharmaceutical companies such as Pfizer and GSK it highlights how powder testing can shorten time to market and improve process economics. The ability of the FT4 Powder Rheometer® to deliver a handsome return on investment is robustly explored via example applications from formulation through to routine troubleshooting.

Freely available for download ‘Powder Flow Testing for Pharmaceuticals’ has something for any scientist or engineer working to understand and control powder behaviour to make better pharmaceuticals, more cost-effectively.

The modern pharmaceutical industry relies on effective powder handling and processing to make an increasingly sophisticated array of products ranging from controlled and rapid release tablets to inhaled therapeutics for respiratory illness. In this ebook we examine:
  • How multifaceted powder testing can support improved practice and outcomes in pharmaceutical development and manufacture
  • The industry’s long association with powder testing and pioneering uptake of dynamic testing
  • Relevant examples from formulation through to supply chain management that provide clear evidence of the insights that powder testing can deliver.

The pharmaceutical industry faces challenges on every front, from a pipeline of increasingly hard to formulate BCS Class II and IV drugs, to aggressive cost pressures on off patent and over-the-counter products, intensifying requirements for effective lifecycle management, and too easily disrupted supply chains. The right powder testing strategy can support efforts in all these areas. Find out how those leading the way in pharmaceutical manufacturing are capitalising on this potential and reaping the rewards.

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Battery performance boosted by advanced powder testing Rapid sales growth and repeat sales to major battery/car manufacturers indicate that the FT4 Powder Rheometer® has an important role to play in the optimization of lithium battery manufacture
Battery performance boosted by advanced powder testing
Rapid sales growth and repeat sales to major battery/car manufacturers indicate that the FT4 Powder Rheometer® has an important role to play in the optimization of lithium battery manufacture Like others before them, notably the pharmaceutical sector and those pioneering the use of additive manufacturing, battery producers are discovering that there is no substitute for effective powder testing when it comes to accessing the highest levels of performance. Freeman Technology has revealed insights in to changing sales patterns that suggest that measuring and controlling bulk powder properties is increasingly recognized as essential for those pushing towards next-level consistency at an accessible manufacturing cost. Up until a few years ago sales of the FT4 Powder Rheometer to battery manufacturers were fairly limited, but they now represent a sizeable percentage of the company’s business. Crucially, multiple/repeat sales suggest use has transitioned out of R&D and into manufacture, into QA and QC, which only tends to happen when powder properties have been securely linked with important performance metrics. In conventional battery manufacture incoming
16.06.2023  |  1320x  |  Product news  | 
Characterising Powder Flow Properties for Pharmaceutical Applications To fully understand powder behaviour, a multifaceted approach, which examines a diverse range of powder properties, is needed
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To fully understand powder behaviour, a multifaceted approach, which examines a diverse range of powder properties, is needed Characterising Powder Flow Properties for Pharmaceutical Applications To fully understand powder behaviour, a multifaceted approach, which examines a diverse range of powder properties, is needed The pharmaceutical industry is a continually evolving sector, with requirements to consistently improve efficiency while maintaining product quality. Understanding and controlling powder behaviour is a major focus for effective processing. The complexities of powder behaviour are reflected in the varied studies carried out by FT4 Powder Rheometer® users. Over the last decade, there has been increased recognition that in order to fully understand powder behaviour, a multifaceted approach, which examines a diverse range of powder properties, is needed. Freeman Technology has collected several papers that highlight a variety of processing challenges, and how powder testing can be used to identify properties to optimise pharmaceutical processes. Follow the link under
06.12.2022  |  1576x  |  Product news  | 
Predicting 3D print quality from powder properties Transitioning from ‘trial and error’ to a more cost-effective, sustainable approach with the FT4 Powder Rheometer®
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Transitioning from ‘trial and error’ to a more cost-effective, sustainable approach with the FT4 Powder Rheometer® Researchers from De Montfort University (Leicester, UK) have successfully correlated the quality of 3D printed polyamide specimens with powder properties measured with the FT4 Powder Rheometer® from Freeman Technology paving the way to more cost-efficient, sustainable powder feedstock selection. Powders are currently selected for 3D printing via print trials, but these are costly, time-consuming, and wasteful. Key observations from this latest research are that the: * quality of polyamide 3D printed specimens is dependent on the packing efficiency and flowability of the associated powder feedstocks * packing efficiency and flowability can be reliably differentiated via the measurement of bulk and dynamic powder properties with the FT4 Powder Rheometer * key mechanical properties of printed specimens such as dimensional accuracy, tensile strength, and surface roughness correlate robustly with polyamide powder properties measurable with the FT4 Powder Rheometer In
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