As electrification accelerates and magnetic wire applications evolve, manufacturers are under growing pressure to deliver zero-defect quality, higher throughput, and greater flexibility — all while managing costs and workforce safety. The central challenges are ensuring consistent crimp precision across different wire combinations, minimizing downtime from changeovers, and adapting to new materials such as aluminum.
In this 60-minute webinar, industry experts will explore how the latest innovations in magnetic wire termination address these challenges head on. From automatic crimp height regulation that streamlines complex sequences, to integrated safety and debris control systems that reduce maintenance and risk, to wire stuffing capabilities that simplify terminal inventory, these advancements are redefining what’s possible in high-volume production environments.
An audience Q&A will follow the technical presentation.
Speakers:
Marissa Feinman, Engineering Manager, TE Connectivity
Marissa Feinman is an Engineering Manager at TE Connectivity. She currently leads a team of engineers in the U.S. and China, supporting magnet wire tooling solutions. Her previous experiences have included project management, product engineering for magnet wire crimping applications, and completing the Development Engineering Rotation Program with a focus on application tooling. Marissa was introduced to engineering in high school, and it continues to fuel her passion for inspiring younger students to explore STEM-related fields in the same way she was introduced.
Shae McGarvey, R&D and Product Development Engineer, TE Connectivity
Shae McGarvey is a R&D and Product Development Engineer at TE Connectivity, where he specializes in magnet wire processing tooling and equipment. Since joining TE in 2020, he has supported multiple existing product lines used in the crimping of AMPLIVAR and other magnet wire products and has designed custom fixturing and tooling to improve key customer processing capabilities in this area. Shae has been a leading contributor from TE in the development of the next-generation APT machine, the APT-6. He also has played an important role in the development of different semi-automated processing cells that TE offers related to the data connectivity market. Today, Shae continues his heavy involvement in the magnet wire crimping business while expanding into other crimping systems.
Moderator:
Amanda Hosey, Editor, SAE Media Group
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