Polymers for Medical Devices

Due to the large number of polymers used in medical devices, one of the greatest challenges for designers is which polymer to use. Understanding how to analyze the characteristics and manufacturing considerations of these substances is essential for their correct use.

Course Content

Fundamentals of Polymer Science
- Manufacturing Considerations
- Melt Processing
- Additive Selection, Stability, Dispersion
- Part Design
- Residual Stress Minimization
- Dimensional Control and Tolerance
- Coatings/Adhesive Selection and Surface Preparation
- Product Life Cycle Considerations
Characterization Tools
- Fractography and Microscopy
- Spectroscopic Methods (NMR, FT-IR, GC/MS)
- Thermal Analysis Methods (DSC, DMA, TMA, TGA)
- Molecular Weight Analyses (GPC, MFI, Viscosity)
Failure Modes
- Environmental Stress Cracking
- Material Degradation
- Time-dependent Deformation
- Mechanical Failures
- Joint Failures
Medical Device Failures: Case Studies
- Esc of Medical Plastics
- Sterilization, Aging and Shelf-life Predictions
- Coating Failures

Return

The Cleveland Clinic and ASM will offer blended technical programming covering the spectrum of materials-related challenges and opportunities in medicine, from today’s materials to the next generation of nanomaterials.

ASM will offer materials and process-related seminars for engineers and physicians who work with medical devices, with CME accreditation. Exhibits will feature advances in materials and processes for medical devices from both manufacturers and suppliers.