Medical Device Webinar Series Part 5: Chemical Characterization of Medical Device Materials – An Analytical Laboratory Perspective
A recently introduced set of medical device regulations calls for more thorough chemical testing for extractables and leachables and the establishment of robust risk-management processes aimed at enhancing patient safety. In complying with these new regulations, medical device manufacturers must carefully consider technologies and value-adding solutions that support an uninterrupted and accelerated route to market, including application of quality management software, improving data integrity, and leveraging modern instrumentation to gain greater insight into chemical and material characterization.
Join the discussion and hear first-hand how industry experts have built effective and compliant risk-management workflows that help smooth the path of medical device product to market.
Why Attend:
- Gain key insights into medical device regulations
- Learn the importance and how to implement data integrity and compliance
- Understand technologies and workflows for chemical characterization
- Considerations for LC-MS method development and using chemical libraries
Who Should Attend:
- Scientists, chemists, and managers who have an interest in medical device regulations and focus on extractable/leachable testing
- Medical device manufacturers, CxOs, and suppliers focusing on medical device testing
Medical Device Webinar Series Part 5: Chemical Characterization of Medical Device Materials – An Analytical Laboratory Perspective
Topics include:
- Composition profiling of materials
- Analysis of residual monomers, residual solvents, and other impurities
- Characterization of extractables and leachables
- Real-world examples and case studies will be provided
Presenter: Jason Todd (Chromatography Laboratory Manager, SGS Polymer Solutions)
Jason Todd manages the chromatography laboratory at SGS Polymer Solutions Incorporated, where he has more than 20 years’ experience characterizing polymeric materials using chromatographic methods. Jason is responsible for training and mentoring scientists, developing test methods, and providing technical oversight for a laboratory that employs nine scientists analyzing a wide variety of customer samples using GC, GC-MS, HPLC, LC-MS, and SEC-MALS instrumentation. Jason earned an M.S. degree in Wood Science and Forest Products and a B.S. degree in Chemical Engineering, both from Virginia Tech.
