adhesive technology seminars for medical device manufacturers

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Training Objective Provide innovative, technical knowledge to enhance design and manufacturing capabilities. Training Structure Training available for on-site presentation, or at a centralized location. Instruction includes hands-on demos, samples, and technical guides. Impact Enhance Product Quality and Reliability Improve Profitability by Decreasing Manufacturing Costs Increase Process Efficiency Reduce Process Cycle Times Reduce or Eliminate Rejects Reduce Work-In-Process Automate Manual Processes Adhesive Technology Seminars for Medical Device Manufacturers Training Designed to Increase Product Quality

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Page 1: Adhesive Technology Seminars for Medical Device Manufacturers

Training Objective• Provide innovative, technical knowledge to enhance design

and manufacturing capabilities.

Training Structure• Training available for on-site presentation, or at a

centralized location. Instruction includes hands-on demos, samples, and technical guides.

Impact• Enhance Product Quality and Reliability• Improve Profitability by Decreasing Manufacturing Costs• Increase Process Efficiency• Reduce Process Cycle Times• Reduce or Eliminate Rejects• Reduce Work-In-Process• Automate Manual Processes

Adhesive Technology Seminars for Medical Device ManufacturersTraining Designed to Increase Product Quality

Page 2: Adhesive Technology Seminars for Medical Device Manufacturers

All marks used are trademarks and/or registered trademarks of Henkel and its affiliates in the U.S. and elsewhere. ® = registered in the U.S. Patent and Trademark Office. © 2018 Henkel Corporation. All rights reserved. 901702/LT-8315 (1/18)

Seminar Menu

Adhesive Joint Design• Types of Forces on a Bonded Joint• Distribution of Stress and How to Manage• Typical Examples (Cylindrical Parts, Lap Shears,

Pressure Vessels)• Adhesive Failure Modes and Troubleshooting• Importance of “Surface Wetting”• General Design Guidelines

Adhesive Biocompatibility & Sterilization Resistance• ISO-10993 vs. USP Class VI Testing• Henkel Test Program• Review of Typical Sterilization Methods• Adhesive Performance

Key Selection Criteria• Uncured Properties (Viscosity, Appearance, etc.)• Curing Properties (Fixture Time, Exotherm, etc.)• Cured Properties (Hardness, Strength, etc.)

Designing with Light Cure Adhesives• Overview of Light Cure Technology• Chemistries Available• Benefits and Considerations• Curing Considerations (Depth, Surface, Shadowed Areas)• Process Considerations• Advances in LED Curing Systems

Designing with Instant Adhesives• Overview of Instant Adhesive Technology• Benefits and Considerations• Selection Criteria• Accelerators and Primers• Process Considerations

Designing with Structural Adhesives (Epoxies, Urethanes, Hybrids)• Selection of Optimal Adhesive/Substrate Combination• Single and Dual Component Formulations• Benefits and Considerations• Process Considerations

Plastic/Adhesive Selection• How to Select Optimal Plastic/Adhesive• Challenges of Bonding PVC• Stress Cracking: Causes and How to Avoid• Surface Treatments for Improved Bonding• Comprehensive Review of the “LOCTITE® Design Guide for

Bonding Plastics”

To learn more or schedule a Medical Device Adhesive Seminarcontact your Medical Specialist at 1.800.LOCTITEor visit us @ www.henkelna.com/medicaltraining