Curexo CUVIS-Spine surgical robot

Key features

Advanced Navigation Technology

CUVIS-Spine utilizes high-precision robotic-arm technology, ensuring accurate placement of pedicle screws in spinal surgery.
Force Navigation System

Provides real-time feedback on the magnitude and direction of forces applied during surgery, enhancing surgical precision and safety.
C-arm and O-arm Planning

Features innovative image processing algorithms that reduce the need for extensive imaging, thus minimizing radiation exposure to both patients and medical staff.
Real-time Patient Position Monitoring

This feature allows for adjustments during surgery based on the patient's live positional data, ensuring optimal alignment and placement of surgical tools.
Percutaneous and Open Surgery Options

CUVIS-Spine supports both minimally invasive and open surgical approaches, offering flexibility depending on surgical needs and patient conditions.

The Curexo CUVIS-Spine surgical robot is employed in modern spinal surgeries to enhance precision and safety. This system is distinguished by its advanced navigation technology and the integration of a force navigation system that informs surgeons of the real-time forces applied, preventing errors and enhancing surgical accuracy. Its innovative use of C-arm and O-arm planning reduces unnecessary radiation exposure, making the procedures safer for both patients and operating room staff.

Moreover, the robot's capability to adjust to real-time patient positioning and its flexibility in accommodating both percutaneous and open surgeries make it a versatile choice for spinal procedures

CUVIS Procedures

Force Navigation
Percutaneous and Open Pedicle Screw Surgery
C-arm and O-arm Planning

How R2 Surgical Can Help

R2 Surgical is a global supplier of surgical robots, instruments, parts, and accessories. In addition to providing new models, we promote affordability and sustainability in healthcare by offering a range of options including refurbished and used robots. Our refurbished models undergo testing and restoration to ensure they meet the highest quality standards, enabling healthcare facilities to access cost-effective alternatives that do not compromise on precision or performance.