Stevanato Group provide the characterization of the physico-chemical properties of surfaces to assess the container performance when in contact with the drug product.
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Assessing the container performance and its feedback when in contact with the drug product
Surface Characterization
Assessing the container performance and its feedback when in contact with the drug product
Many surfaces come in contact with the pharmaceutical product during its lifecycle. Our analytical experts can conduct a deep characterization of the physical-chemical properties of the surfaces, to correctly evaluate the container performance and the feedback when in contact with the drug product. The container surface investigation provides essential information to corroborate the physico-chemical performance of the system.
Capabilities and testing
Surfaces Morphology Characterization and Imaging
Defects Investigation
Silicone Layer Characterization
Contamination Identification
Material Characterization
Analytical techniques delamination analysis
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Analytical techniques:
FE-SEM-EDX: High-Resolution Imaging and Elemental Analysis,
RapID Layer Explorer/Bouncer: Silicone Layer Thickness and Distribution
ZebraSci FLEX: Silicone Coverage
FT-IR Spectrometer: Organic Compounds/Materials
FT-IR Microscope: Organic Compounds/Materials at Trace Level
Optical Microscopes (Light, Stereo and DIC Microscopy): Surface and Material Imaging
Contact angle measurements: wettability of the surfaces and materials
Surface Characterization
Surface Characterization
Surface Characterization
Surface Characterization
The achievement of a proper silicone layer formation on glass primary packaging is crucial in developing robust parenteral/device/combination products that are stable during their shelf life and delivery to the patient. This webinar will focus on optimizing the silicone spraying process on glass barrels by combining a mathematical modeling approach and experimental data. We will share our DOE approach to optimize the silicone spraying process, the mathematical model, and experimental results. We will also discuss outcomes on silicon layer stability. Finally, we will present an overview of analytical capabilities in terms of silicon layer characterization and performance, focusing on customized case studies.
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WATCH THE WEBINAR
The achievement of a proper silicone layer formation on glass primary packaging is crucial in developing robust parenteral/device/combination products that are stable during their shelf life and delivery to the patient. This webinar will focus on optimizing the silicone spraying process on glass barrels by combining a mathematical modeling approach and experimental data. We will share our DOE approach to optimize the silicone spraying process, the mathematical model, and experimental results. We will also discuss outcomes on silicon layer stability. Finally, we will present an overview of analytical capabilities in terms of silicon layer characterization and performance, focusing on customized case studies.
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