AIRS develops robotic systems for orthopedic surgery, utilizing AI and 3D navigation to enhance surgical precision and minimize radiation exposure. Their technology addresses the challenges of accuracy and efficiency in minimally invasive procedures, significantly reducing operating time and the number of personnel required.
Funding
Funding not disclosed
Founders
Product
Problem
Orthopedic surgeries often suffer from accuracy limitations, prolonged operation times, and high radiation exposure for both patients and medical staff, especially in minimally invasive procedures. Traditional methods can also place a significant burden on surgeons and require a large operating team.
Solution
AIRS develops AI-driven robotic systems designed to enhance precision, stability, and efficiency in orthopedic surgery. Their robotic platforms utilize 3D navigation and AI to improve surgical accuracy while minimizing radiation exposure. The technology aims to reduce the physical and cognitive load on surgeons, shorten operation times, and decrease the number of personnel required in the operating room. AIRS offers solutions for bone tumor removal and fracture reduction, employing robotic arms and laser target projectors for precise and minimally invasive procedures.
Target Audience
The primary target audience includes orthopedic surgeons, hospitals, and medical centers seeking to improve surgical outcomes, reduce radiation exposure, and enhance efficiency in orthopedic procedures.
Features
- Bone Endoscopic Robot System for minimally invasive bone tumor removal.
- Ultrasound imaging and AI-driven navigation for precise tumor localization.
- Fracture reduction system using surgical robots and 3D navigation.
- Laser target projector for guiding screw nail insertion during fracture repair.
- 3D imaging for improved reduction accuracy and reduced radiation exposure.