Our experts can test a variety of drug delivery systems performing container closure system-device integration, functionality testing and custom experiments. Drug Delivery Systems Testing.
Home - Managing Complexity, Delivering Value - Stevanato Group > Analytical & Testing Services - Stevanato Group > Analytical and Testing Services - Stevanato Group > Drug Delivery System Testing - Stevanato Group
Performing a variety of tests to ensure device compatibility, functionality and ease of use
Drug Delivery Systems Testing
Performing a variety of tests to ensure device compatibility, functionality and ease of use
Stevanato Group’s laboratories have access to all the latest equipment and tools for performing functional testing and characterization of drug delivery systems. Our multi-disciplinary teams cover a range of expertise, including industrial chemistry, physics, material science, biomedical and chemistry. Customers can rely on our knowledge and experience to thoroughly analyze the performance attributes of their device technologies.
Video Interview - Alan Xu - Drug Delivery Systems
Watch Video
Our expertise can guide customers in different technical fields:
Primary container (Plastic/glass)
Plastic components
Engineering (prototyping/industrialization)
Drug Delivery Systems (Medical devices and combination products)
We perform testing on a variety of Drug Delivery Systems, including:
Needle-based Injection Systems
Pen and Auto-Injector Systems
Single-Dose and Multi-Dose Systems
Inhaler Systems
DDS characterization and functionality testing
Fixture design for testing
Mathematical modeling
Mechanical simulation
Fluid dynamics simulation
Sub assembled components and core technologies analysis
Customized and tailored methods
Container closure system and drug delivery device integration
Fluid dynamics simulation
Mathematical modeling
Fixture design for testing
Analytical testing
analytical testing
Math models are used to replicate the physical phenomena that drives the correlation between injection time and force. In contrast, the fixture design replicates the phenomena and verifies the simulation.
The software helps with the selection of the syringe design (needle/format) and spring force based on the drug's physical properties and desired injection time.
Device performance optimization
Mechanical simulation
Sub assembled components analysis
Customized and tailored methods
analytical testing
Design of Experiment (DOE), product and process development and optimization of primary packaging
Capabilities:
Technology scouting and application
Silicone/coating and nebulization/deposition expertise
Glass forming process
Fluid dynamic simulation
Mathematical modeling
Mechanical simulation
White Paper: Design testing strategies to develop a drug-device combination product