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37
Interventions
30
Locations
9250
Hours of use in surgery
19
Patents
Laser Robot Arm is designed to provide precise visual support for physicians in planning and orientation during interventional procedures on the spine.
The system uses proprietary software tool that combines CT scans and patient data and provides visual informations for planning the next treatment steps. It assists the physician by making the free-hand technique faster and more precise, while all clinical decisions and the execution of therapy remain entirely with the physician.
Place Reference Markers:
Sterile, radio-transparent markers are applied along the spine. They serve as orientation points for later image registration and support navigation.
Perform Imaging:
A CT or DVT scan provides the necessary image data, which is automatically transferred to the system—ensuring seamless integration into the navigation workflow.
Plan the Procedure:
Procedure planning is done intuitively via iPad. Multiple target points can be defined in a single step—saving time, reducing unnecessary scans, and minimizing radiation exposure.
Align & Treat with Laser:
The laser robot arm automatically aligns itself and precisely projects the laser beam onto the target area. This projection provides visual orientation and ensures maximum accuracy.
Lower Radiation Exposure
Uses low-dose CT and CBCT settings, reducing radiation compared to fluoroscopy.
Greater Precision
The visual support provided by the system facilitates orientation during target acquisition and helps clinicians improve accuracy compared to traditional hands-free methods.
Fewer Scans Needed
Streamlined navigation reduces scan frequency, saving time and decreasing patient discomfort.
Reduced Attempts
Precise visual navigation supports clinicians in optimal positioning and helps to reduce position corrections. This makes the process more efficient