GIE Media
One of the most cumbersome aspects in medical manufacturing can be crossing the chasm between product development and production. This is where oversight groups can make progress sluggish but provides necessary checks for the safest and most reliable products. Manufacturers are always looking for ways to make testing in development quick and accurate so they can remove obstacles to scaling up to production.
For medical device manufacturers concerned with verification of cleaning, coating, sealing, printing, or bonding, being able to fully verify products during production can save companies large amounts of time and money. Quickening the pace of scaling new products to production and being able to ensure the quality of these devices is extremely valuable to manufacturers.
When you join us in this webinar on July 29, 2020 at 2pm EDT, you will learn:
• Obstacles to Scaling Medical Devices from Development to Production
• The Role of a Material’s Surface Quality in Ensuring Product Reliability
• How to Navigate Product Changes to Improve Cost, Maintain Performance
• How ISO 13485 and the FDA’s Quality System Regulation 820.75 Effect Process Control Decision Making
• Application of Available Production Level Verification Tests: Fibrinogen assays, FTIR, Contact Angle, etc.
Elizabeth Kidd is a Materials Scientist for BTG Labs focusing on surface chemistry and adhesion applications in manufacturing. Elizabeth works closely with companies across many industries to help solve complex cleaning and adhesion issues and specializes in precision cleaning applications and coating analysis and testing for high reliability electronics.
BTG Labs' Senior Applications Specialist, Lucas Dillingham, has 10 years of implementing inspection technology, solving production challenges, and commercializing new inspection technology. He has had direct impact in writing global surface measurement specifications for Fortune 500 companies and has been involved in process improvement in applications ranging from silicon wafer manufacturing to catheter coating.