Pyxis
Moving spine surgery forward
Pyxis combines the precision of navigation with the stability of a robotic arm to support surgeons during spinal stabilization surgery.
Surgeons can manage the entire procedure with Pyxis, from preoperative planning to implant insertion, leveraging the robot’s accurate positioning along the defined trajectories and real-time visualization of devices and instruments.
PYXIS
Benefits
1
Alignment with planning
2
Procedure standardization
3
Control, accuracy, and efficiency
pyxis
Four stages,
one platform
one platform
1. Imaging
Pyxis is a flexible platform, which is compatible with all 2D and 3D radiological imaging systems.
1
2. Planning
The surgeon defines each patient’s surgical plan pre-operatively, using a set of tools to visualise and segment areas of interest.
2
3. Alignment
The robotic arm automatically aligns with the trajectories that the surgeon has planned in the navigation environment.
3
4. Navigation
As the robot ensures stable positioning of instruments, the surgeon can focus on implant navigation and procedure. They can monitor implants and instruments in real time with the navigation system.
4
1. Imaging
Pyxis is a flexible platform, which is compatible with all 2D and 3D radiological imaging systems.
1
2. Planning
The surgeon defines each patient’s surgical plan pre-operatively, using a set of tools to visualise and segment areas of interest.
2
3
3. Alignment
The robotic arm automatically aligns with the trajectories that the surgeon has planned in the navigation environment.
4
4. Navigation
As the robot ensures stable positioning of instruments, the surgeon can focus on implant navigation and procedure. They can monitor implants and instruments in real time with the navigation system.