AiM Medical Robotics is developing a robotic system that employs precision robotic manipulation and advanced imaging technologies for neurosurgical procedures. This system enhances surgical accuracy and minimizes complications during complex brain surgeries.
Funding
$13.4M 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.
SFFounders
Product
Problem
Complex neurosurgical procedures demand high precision, and current methods can lead to complications and extended procedure times. Existing surgical robots often lack real-time imaging integration, limiting the surgeon's ability to visualize and adapt during the intervention. This can result in errors and increased costs for hospitals.
Solution
AiM Medical Robotics is developing a portable, MRI-compatible surgical robot designed to enhance precision, automation, and efficiency in neurosurgery. The system integrates advanced imaging technologies, allowing surgeons to utilize real-time MRI images to guide robot-assisted interventions within the MRI suite and operating room. By providing real-time feedback and precise robotic manipulation, the system aims to improve patient outcomes for functional brain disorders like Parkinson’s and Epilepsy, as well as cancer. The company's goal is to reduce errors and decrease procedure times by up to 50%, leading to cost savings for hospitals.
Target Audience
The primary target audience includes neurosurgeons and hospitals seeking to improve precision, reduce complications, and decrease procedure times in neurosurgical interventions.
Features
- Portable surgical robot compatible with MRI suites and operating rooms
- Real-time MRI integration for image-guided interventions
- High-precision robotic manipulation for enhanced surgical accuracy
- Automation capabilities to improve efficiency during complex procedures
- Designed to reduce errors and minimize complications in neurosurgery
- Aims to decrease procedure time by up to 50%