Neurosurgery surgical navigation system AIMOOE

minimally invasive surgeryoptical

Overview
The AIMOOE neuronavigation system is a computer-assisted solution for neurosurgical procedures, providing AI-driven 3D imaging, real-time optical tracking, robotic integration and planning tools for brain biopsy and minimally invasive neurosurgery. It supports import and fusion of CT and MRI images, preoperative trajectory planning and intraoperative tool tracking to improve surgical accuracy and reduce procedural risk.

Main components

• Optical positioning camera
• Control workstation with neuronavigation software
• Navigation markers and instrument tracking tools
• Biopsy drill kit and frameless instrument holder
• Interfaces for robotic arms and OEM medical hardware

Functions

• User-friendly GUI for case management and intraoperative display
• Import and fuse CT/MRI datasets with adjustable transparency for 2D/3D views
• Preoperative planning: lesion segmentation and optimal trajectory calculation
• Frameless registration aligning image data to patient anatomy
• Real-time optical tracking of surgical instruments
• Integration APIs for robotic arms and external surgical devices

Detailed description
The system provides real-time 3D mapping of cerebral anatomy to support accurate targeting in robotic-assisted neurosurgery. It enables coordinated control with robotic instruments to enhance surgeon precision and procedural stability. Configurable modules and OEM-ready interfaces support customization for different surgical workflows and robotic partners.

Product advantages

• Improved targeting accuracy through synchronized 3D imaging and instrument tracking
• Interoperability with a wide range of surgical robots and peripherals
• Modular configurations for procedure-specific and OEM adaptations
• Considerations for energy efficiency and serviceability in system design

Technical specifications

• Imaging: CT/MRI import, fusion and adjustable transparency for 2D/3D visualization
• Tracking: real-time optical tracking of markers and instruments
• Registration: frameless patient-to-image alignment methods
• Planning: lesion extraction, trajectory and path planning
• Hardware: optical positioning camera, workstation, navigation markers, biopsy drill kit
• Integration: interfaces for robotic arm control and OEM medical equipment
• Software: surgeon-oriented GUI, case management and intraoperative display