The laser supports visual orientation for precise placement during the procedure
Precision and Efficiency for Modern Surgery
The laser-based robotic arm supports physicians in image-guided interventions with visual orientation for precise needle placement, high-resolution camera and radio-transparent reference points. This revolutionizes navigation, reduces radiation exposure, and contributes to efficient workflows in CBCT and CT systems.
+
Laser
+
Camera
Bietet hochauflösendes visuelles Feedback zur optimalen Orientierung während des Eingriffs.
+
Integrated assistance function
Supports real-time visual orientation for precise workflows.
+
7DOF Arm
Flexibler Arm mit sieben Bewegungsfreiheiten für komplexe und feinmotorische Bewegungsabläufe.
+
Mobility
Der rollbare 7DOF-Arm ermöglicht einen flexiblen Einsatz an verschiedenen Arbeitsplätzen und Bildgebungssystemen wie DVT und CT.
Laser
The laser supports visual orientation by marking reference points during image-guided procedures, thus facilitating precise positioning.
Assistance functions
The system combines image data, laser information and video streams in high resolution to capture the position of structures in real time.
Camera
Equipped with high-resolution imaging, the camera provides real-time visual feedback. This allows the system to precisely track.
7 Degrees of Freedom (7DOF) Arm
The flexible Laser Robot Arm offers seven degrees of freedom, enabling full range of motion—ideal for navigating complex anatomical areas with precision.
Reference Points
Sterile, X-ray transparent reference points are used for orientation and support precise image registration for an efficient and safe process.
Mobility
The mobile Laser Robot Arm allows for flexible use across different workstations and imaging systems such as DVT and CT—independent of the room setup.
Installation and Setup
Installation and Commissioning
The Laser Robot Arm is delivered fully assembled, installed on-site, calibrated, and undergoes a demo test to ensure full readiness before first use
Network Integration
The system connects to the hospital or clinic network, enabling the transfer of DICOM data from CT or MRI scanners for precise, image-guided real-time navigation.
Data Security
Integrated security protocols ensure the protection of sensitive patient data throughout the entire operation, in compliance with current healthcare data protection standards
iPad Control
The intuitive iPad interface allows for easy and direct control within the operating room. Ensuring maximum user-friendliness and efficient workflows.
Compact Design
The Laser Robot Arm’s space-saving design allows seamless integration into a wide range of surgical environments—whether in dedicated ORs, shared spaces, or medical practices. The thoughtful design improves workflow efficiency while minimizing spatial constraints.
minimiert räumliche Einschränkungen.
Peer Reference
Hands-on use of the Laser Robot Arm at Prof. Dr. Musa Citak’s practice
“The Laser Robot Arm has significantly improved the quality of my procedures. Its precise multi-level
treatment capabilities, combined with a noticeable reduction in radiation exposure, have made our workflows more efficient — with the clear benefit of faster recovery for our patients.”
| Laser Robot Arm | 4D System | |
|---|---|---|
| Easy setup | ||
| Simple operation | ||
| Mobile if required | ||
| Real-time access for remote maintenance possible | ||
| High precision | ||
| Compatible with all CT/CBCT via Dicom | ||
| Optimal for PRT and all other spinal procedures | ||
| Degrees of freedom enable wide-ranging use | ||
| Faster than the 4D | ||
| Easier positioning due to optimized trolley | ||
| Applicable for biopsies, ablations, PRT, and other spinal procedures | ||
| Free access to the gantry |
| Feature | Laser Robot Arm | 4D System |
|---|---|---|
| Design | Compact laser with a smaller footprint | Arch design for space and flexibility |
| Patient Access | Enhanced patient access for precision | Standard patient access |
| Setup Time | ~30 seconds | ~1 minute 30 seconds |