Zeus

First-generation bioresorbable vascular scaffolds suffered from fundamental limitations regarding strut thickness, limited over-expansion, and the requirement for special considerations in implantation techniques. By studying the failures and building on past successes, Zeus has developed Absorv™ XSE, an optimized polymer tubing platform specifically designed for bioresorbable scaffolds (BRS). Read this whitepaper to learn more about this journey, and how this product can help pave the way for next-generation therapies and improved patient outcomes.

If you’re a device designer interested in stent technology and bioresorbable vascular scaffolds, read this whitepaper, which covers: ✔️ Limitations of metallic stents for treating CAD & PAD and challenges associated with first gen bioresorbable vascular scaffolds in the past ✔️ Generational advancements in stent technology ✔️ Results from industry testing of Absorv™ XSE, an optimized polymer tubing platform which has been specifically designed to overcome previous challenges with BRS

First-generation bioresorbable vascular scaffolds suffered from fundamental limitations regarding strut thickness, limited over-expansion, and the requirement for special considerations in implantation techniques. By studying the failures and building on past successes, Zeus has developed Absorv™ XSE, an optimized polymer tubing platform specifically designed for bioresorbable scaffolds (BRS). Read this whitepaper to learn more about this journey, and how this product can help pave the way for next-generation therapies and improved patient outcomes ⬇

If you’re a device designer interested in stent technology and bioresorbable vascular scaffolds, read this whitepaper, which covers: ➡ Limitations of metallic stents for treating CAD & PAD and challenges associated with first gen bioresorbable vascular scaffolds in the past ➡ Generational advancements in stent technology ➡ Results from industry testing of Absorv™ XSE, an optimized polymer tubing platform which has been specifically designed to overcome previous challenges with BRS

PFX Flex™ Sub-Lite-Wall PFAS-free catheter liners offer exceptional abrasion resistance, helping to minimize particulate generation in catheter assemblies. Read this test report to see how PFX Flex™ compares to traditional PTFE liners in abrasion resistance and other key performance areas including lubricity, flexibility, and bond strength.

The abrasion-resistant construction of these PFAS-free catheter liners resists scratching, scuffing, and flaking, for reliability in applications where particulate sensitivity is critical. Examine abrasion resistance performance alongside other key properties in this PFX Flex™ vs PTFE test report.