Nitinol Fabrication for Trans-Catheter Medical Devices
Nitinol’s ability to undergo extreme deformations and return to an intended shape (superelasticity) has made it a critical material in trans-catheter medical devices. This remarkably flexible structural metal has made it possible to deliver complicated end effectors, stents, heart valves, and other minimally invasive implants and tools through ever smaller catheters, making possible implants that change with the human body.
Behind the Scenes: How BioSimulation is Transforming Cardiac Device Testing
We’re excited to share our CEO Peter Herman’s recent appearance on a podcast in which he discussed the innovative work we’re doing at Resolution Medical with our LifeTec Group™ BioSimulation labs. These state-of-the-art facilities enable us to develop, test, and refine medical devices using real hearts in controlled laboratory settings. By creating realistic hemodynamic conditions, […]
Enhancing MedTech Innovations with Carbon’s Advanced Materials
Additive manufacturing offers unique advantages in medical device production. Its ability to create intricate geometries allows for customized designs tailored to individual patient needs. This customization can ultimately lead to improved patient comfort and outcomes.
