Secant Group designs and manufactures implantable textiles for medical devices used in neurovascular applications such as ischemic stroke prevention and aneurysm repair.
We apply our unique textile-forming capabilities in braiding, weaving, and knitting to materials such as shape memory alloys and high in-growth yarns to create critical components which provide the stiffness, precision, flexibility, and porosity. These custom components have been used to create embolic protection devices for stroke prevention related to transcatheter heart valve implantation and left atrial appendage closure devices designed to prevent ischemic stroke in patients who have atrial fibrillation.
When designing neurovascular products, maximizing performance while minimizing the deliverable profile is essential. Understanding the desired delivery method and the materials required to engineer an effective precision-controlled component are crucial to the design & development process. Secant Group combines advanced materials with biomedical textile forming technologies to enable the minimally invasive expansion and compaction of critical neurovascular devices.
A variety of materials can be used to achieve the specialized characteristics for devices used in ischemic stroke prevention and aneurysm repair. Metals such as nitinol and cobalt-chromium are selected for their stiffness, precision and shape memory, while platinum provides radiopacity.
Our cross-functional team develops
biomedical structures that have definitive benefits to neurovascular devices, including shape-transforming capabilities and controlled porosity.