Kinguide Agile Hybrid Navigation System

The Kinguide Agile Hybrid Navigation System provides real-time surgical guidance for spine procedures through integrated imaging and tracking technology. Developed by Point Robotics MedTech, this system received FDA clearance in 2023 and has been recognized with the Taiwan Excellence Award for its innovative approach to intraoperative navigation.

Product Overview

Designed to complement Point Robotics’ handheld surgical robot, the Kinguide Agile system delivers 3D anatomical visualization derived from intraoperative imaging. The hybrid navigation approach combines multiple imaging modalities and tracking methods to provide continuous instrument position feedback without requiring extensive preoperative imaging protocols.

The navigation platform enables surgeons to visualize planned trajectories overlaid on patient anatomy in real time, supporting precise instrument positioning during minimally invasive spine procedures.

Key Features

Automated Image Processing: The system converts intraoperative fluoroscopic images into 3D anatomical reconstructions through proprietary algorithms. This reduces dependence on preoperative CT scanning while maintaining navigational accuracy.

Hybrid Tracking Architecture: Multiple position sensing technologies provide redundancy and flexibility in instrument tracking. The system adapts to varying surgical configurations and imaging equipment.

Real-time 3D Visualization: Surgeons receive continuous feedback on instrument position relative to planned trajectories and anatomical structures. The interface presents spatial relationships intuitively.

Integration Capability: The navigation system interfaces with Point Robotics’ Kinguide surgical robot, creating a unified platform for planning, navigation, and robotic-assisted execution.

Technical Specifications

Cleared by the FDA in 2023, the Kinguide Agile Hybrid Navigation System converts intraoperative fluoroscopy into real-time 3D anatomical reconstructions using multi-modal hybrid tracking for spine surgery guidance.

Clinical Applications

The Kinguide Agile Navigation System supports spine surgery procedures including:

• Pedicle screw trajectory planning
• Intraoperative position verification
• Minimally invasive approach guidance
• Instrument tracking during implantation

The system addresses the visualization challenges inherent in minimally invasive spine surgery, where direct anatomical viewing is limited and precise positioning depends on imaging guidance.

Regulatory Status

Recognition

The Kinguide Agile Hybrid Navigation System received the Taiwan Excellence Award, recognizing its technical innovation in surgical navigation technology.

Frequently Asked Questions

Does the navigation system require preoperative CT imaging?

The hybrid navigation approach reduces dependence on preoperative CT by generating 3D models from intraoperative fluoroscopy. However, preoperative imaging may still be used when available to enhance surgical planning.

Can the navigation system be used independently from the Kinguide robot?

While designed as part of the integrated Kinguide platform, the navigation system provides standalone value for surgical guidance and trajectory planning in spine procedures.

What makes this a “hybrid” navigation system?

The term “hybrid” refers to the system’s combination of multiple navigation methodologies, including optical tracking and imaging-based position determination, to provide reliable and flexible surgical guidance.