Perazah develops the world's first micro-catheter driving robot system for peripheral and neuro-vascular interventions, utilizing artificial intelligence to enhance procedural accuracy and minimize radiation exposure. This technology addresses the challenges of precision in surgical procedures and the risks associated with radiation for both patients and operators.
Funding
Funding not disclosed
Founders
Product
Problem
Peripheral and neuro-vascular interventions demand high precision, potentially exposing both patients and operators to significant radiation. The need for accuracy in these procedures, coupled with the risks associated with radiation exposure, presents a challenge for medical professionals.
Solution
Perazah has developed Dr. Wi-Pi, a micro-catheter driving robot system designed for peripheral and neuro-vascular interventions. This system utilizes artificial intelligence to enhance procedural accuracy and minimize radiation exposure for both patients and medical staff. The robotic system provides 2D/3D medical image data and procedural guidance, increasing the precision of vascular interventions. By automating catheter manipulation, the system reduces the need for manual operation, thereby lowering radiation exposure.
Target Audience
The primary target audience includes interventional radiologists, neurosurgeons, and hospitals specializing in vascular and neuro-vascular procedures.
Features
- AI-driven micro-catheter control for precise navigation
- Real-time 2D/3D medical image data integration for enhanced visualization
- Automated procedure guidance to improve accuracy
- Remote operation capabilities for interventional procedures in underserved areas
- Reduced radiation exposure for both patients and operators