Magnendo develops a magnetically steerable soft-robotic guidewire that enhances navigation in the complex vasculature of the brain, enabling faster and safer access to difficult-to-reach targets. This technology reduces procedural time and complications in the treatment of strokes and brain aneurysms, ultimately improving patient outcomes and lowering costs in neuroendovascular care.
Funding
$2.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Navigating the intricate and tortuous blood vessels of the brain presents significant challenges in neurovascular procedures. This complexity can lead to delays in treatment for stroke patients and increase the risk of complications such as vessel perforation or dissection.
Solution
Magnendo is developing a magnetically steerable soft-robotic guidewire designed to enhance navigation within the brain's complex vasculature. The system aims to provide faster, safer, and easier access to difficult-to-reach targets, reducing procedural time and complications. By leveraging magnetic steering, the guidewire can potentially minimize unsafe maneuvers, leading to improved patient outcomes and reduced costs in neuroendovascular care. The technology has the potential to expand access to life-saving endovascular therapy, even in remote locations.
Target Audience
The primary target audience includes neurosurgeons and interventional radiologists specializing in neurovascular procedures, as well as hospitals and medical centers providing stroke and brain aneurysm treatments.
Features
- Magnetically steerable soft-robotic guidewire for enhanced navigation in complex vasculature
- Robotic system designed to access previously untreatable areas of the brain
- Potential to shorten procedure times and improve patient outcomes
- Minimizes the risk of vessel perforation or dissection
- Enables telerobotic neurovascular interventions with magnetic manipulation