Electrophysiology (EP) Catheters: Evolving Trends and Innovations
Join us for an engineer-focused webinar built for R&D teams navigating the growing complexity of EP catheters.
As performance expectations rise and new technologies like pulsed field ablation (PFA) gain traction, EP catheters are becoming more demanding from a materials, mechanical, and system-level perspective.
In this conversation, Joe Keyes, Associate Senior R&D Fellow at Boston Scientific, and Steve Maxson, VP of Growth at Chamfr, will discuss evolving trends shaping modern EP catheters and what engineers should understand early as demands increase.
Speaker: Joe Keyes, Associate Senior R&D Fellow, Boston Scientific
Featuring: Jose Maeso, Chief Technology Officer, Lighteum Medical
Chamfr Moderator: Steve Maxson, VP of Growth
Date: Wednesday, February 11, 2026
Time: 12 PM (ET)
Duration: ~45 minutes
You’ll get a candid look at how EP catheter complexity shows up in practice, through a grounded engineering discussion.
What you’ll learn about:
Why EP catheters present unique, complex challenges compared to other catheter-based devices
How rising clinical expectations and technologies like PFA are influencing the market
Where key mechanical, material, and processing considerations, including Nitinol, emerge across an EP catheter, from handle through distal tip
Spots are limited. Register now to reserve your seat and get access to the recording!
Speakers
Joe Keyes
Associate Senior R&D Fellow
Jose Maeso
Chief Technology Officer
Steve Maxson
VP of Growth
Promotional Sponsors
Who Should Attend:
R&D engineers focused on EP or catheter-based device design and development
Engineers involved in early-stage new product development or concept exploration
Bioelectronics engineers working adjacent to EP applications
Sourcing or procurement teams supporting EP R&D
MedTech teams seeking to better understand EP catheter design constraints early in development
Key Highlights:
Engineering discussion grounded in EP trends and innovation
Industry context on increasing complexity
High-level exploration of materials, including Nitinol, mechanics, processing, and catheter anatomy
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