Neurovascular

Medical Device Textile Solutions

Combine advanced materials with biomedical textile forming technologies to enable minimally invasive expansion and compaction of critical neurovascular devices for aneurysm repair and stroke prevention and treatment.

The first step in developing a neurovascular device is identifying the most appropriate textile material to utilize. It’s a challenge Secant Group tackles immediately with every client – whether you’re a startup or global manufacturer.

Textiles for neurovascular devices can be applied in the following ways:

As flexible structures for diverting blood flow, retrieving blood clots, or preventing or reducing plaque debris

A solutions-focused approach

With access to proactively built and readily available fabric samples, our device engineers can shorten lead times, limit development costs, and deliver a prototype in just a few weeks. In turn, you gain more customization and fabric modification throughout the product development process to meet new and emerging market needs.

Structures:

Clot retrieval devices
Coils
Embolic filtration devices
High-density, shape memory alloy textile structures

Explore Neurovascular Textile Solutions

Whether you’re creating a new device or enhancing a predicate device, manufacturers can count on Secant Group’s broad portfolio of advanced textile solutions and services to deliver high quality and specificity for neurovascular devices.

Neurovascular Aneurysm Repair

Flow diverter components
Intrasaccular flow disruption components

Ischemic Stroke Prevention & Treatment

Clot retrieval thrombectomy components
Embolic protection filter components

Materials

Cobalt-chromium
Nitinol
Platinum
Specialty alloys

Medical Textile-forming Technologies

Braiding: Providing unrivaled variability of physical and mechanical properties, braided textiles offer controlled porosity, flexibility, high radial expansion, and strength.
Knitting: Lightweight, highly conformable, and able to provide bulk, knit textiles enable versatile geometric structures with controlled elasticity and thickness, consistent pore size and shape, and elongation.
Weaving: Offering the most design flexibility of all textile-forming technologies, woven textiles deliver dimensional stability, low porosity, and strength.