Nanoflex Robotics develops telerobotic solutions utilizing magnetic navigation and ultra-flexible microrobotic devices for critical endovascular interventions. This system allows physicians to perform procedures like thrombectomies remotely, overcoming geographical limitations. The technology aims to provide faster treatment access for patients suffering from conditions such as acute ischemic stroke.
Funding
$442K 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.
IFounders
Product
Problem
Acute ischemic stroke requires rapid intervention to minimize brain damage and long-term disability; however, millions lack timely access to thrombectomy due to geographical limitations and delays in patient transfer. The need for specialized equipment and trained personnel further restricts the availability of this critical procedure.
Solution
Nanoflex Robotics is developing a telerobotic intervention system that utilizes magnetic navigation and ultra-flexible microrobotic devices to enable remote thrombectomies for ischemic stroke patients. The system allows physicians to perform the procedure regardless of the patient's location, reducing transfer and waiting times. By employing a magnetic navigation system, the microrobotic devices can access and treat areas that are difficult to reach with traditional methods. The AI-compatible software enhances the precision and efficiency of the intervention, improving recovery outcomes and expanding access to life-saving treatment.
Target Audience
The primary target audience includes hospitals, stroke centers, and vascular surgeons seeking to expand access to timely stroke intervention, as well as patients in remote areas or those who cannot be quickly transferred to specialized facilities.
Features
- Magnetic navigation system for precise and minimally invasive access to the brain vasculature
- Ultra-flexible microrobotic devices designed for navigating complex anatomies
- Telerobotic platform enabling remote operation by a trained physician
- AI-compatible software to enhance navigation, control, and procedure efficiency