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.