The material decision in a structural heart device sets the ceiling on delivery profile, endothelialization, and durability. Here is why ePTFE keeps winning.
See how anatomy drives peripheral vascular device design, from implant geometry to delivery systems, and the tradeoffs that shape performance.
Aptyx experts share why catheter issues that surface later often trace back to early decisions around extrusion, materials, tolerances, and manufacturability.
How early material, tolerance, geometry and testing decisions shape production success.
In this Medical Design & Outsourcing article Matt Navarro explores how ePTFE microstructure drives performance and what it takes to get it right early.
When an interventional catheter fails to track through a tortuous vessel, or a multi-lumen shaft kinks under clinical load, the...
Designing Stents, Flow Diverters, and Thrombectomy Systems as Integrated Platforms The neurovascular device market is at an inflection point. As...
Learn how acetal core mandrel supports complex catheter builds with greater precision, smoother release, and higher yields.
DeviceTalks Editorial Director Tom Salemi talks with Chris Steadham about advancing innovation by developing implants and their delivery systems in parallel.
Modern implant success hinges on co-creating the implant and delivery system from the start—driving faster development and safer, more reliable outcomes.
The power of ePTFE is undeniable. The challenge? It takes true expertise to get it right.
Build better catheters faster with Aptyx core mandrel - stronger, smoother, and more precise every time.
Advancing quality and customer value with a new CT scanner that enhances inspection, validation, and refinement across our network.
Learn how predictive engineering and streamlined validations deliver faster speed to market, assured quality, and long-term value for our customers.
Discover how we can help you shape what’s next in interventional and transcatheter innovation.
Explore how ePTFE is transforming innovation, offering unmatched versatility, biocompatibility, and performance along with expert insights on how to use it effectively.
Warp can derail performance, timelines, and budgets. That’s why we hosted an info-packed webinar on how to stop it before it starts.
The use of ePTFE in medical devices has enormous advantages, but getting it right requires deep expertise.
