A laser co-pilot for your CT/CBCT.
You drive. We guide.
52
Interventions supported worldwide
22
Patents and proprietary innovations
One Focus
For Better Care
Laser-guided robotic support to bring clarity and structure to CT-guided workflows.
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.
Guided workflow – in four steps
Place
Attach sterile, radiotransparent patient tracker on the skin. It provides fixed visual reference points for image registration.
Plan
Using the CT/CBCT images, define the intended needle trajectory. All planning decisions remain fully under physician control.
Align
The Laser Robot Arm projects a visible laser reference on the skin to support alignment along the planned path.
Treat
Perform the needle placement manually following the planned trajectory, with visual orientation provided by the laser projection.
Time Savings
23–45% faster¹
Radiation Exposure
29–53% reduction²
Accuracy
Up to 87% more precise at entry³
Fewer Scans
40–50% fewer control scans⁴
Clinical Evidence
Performance gains based on peer-reviewed laser navigation system studies; Atlas Laser
Robot Arm applies the same navigation principle.
¹ Moser T. et al., European Radiology, 2012
² Anonymous et al., European Radiology, 2013
³ Kim Y.J. et al., Korean Journal of Radiology, 2015
⁴ Gruber-Rouh T. et al., European Radiology, 2015
Versatile Fields of Application
Our solutions expand the range of applications in orthopedics and interventional radiology. They support physicians in precise planning and visual orientation during image-guided pain therapies, especially for back pain, and help to make workflows more efficient – ideal for experienced professionals and new users alike.