ExcelsiusGPS Context

Specifications

Application: Spine and cranial robotic navigation
System Components: Rigid robotic arm, mobile base, camera stand, planning and navigation interface
Coverage Rate: imaging coverage: Preoperative CT, intraoperative CT and fluoroscopy; MR compatibility for cranial workflows
Guidance Model: Real-time trajectory guidance and instrument or implant visualization
End Effector Type: Exchangeable actively navigated procedure-specific end effector
Force Control: Integrated force-deflection sensing for skiving and trajectory deviation
Features: planning input: Surgeon-created patient-specific trajectory plan
Architecture: platform architecture: Mobile floor-stabilized robotic navigation platform
System Role: Surgical navigation
Use Cases: Trajectory guidance
Operating Environment: Surgical teams