Yakebot Dental Implant Surgical Navigation System
The Yakebot Dental Implant Surgical Navigation System provides real-time visual guidance for dental implant procedures, offering practices a pathway to digital surgery without the capital investment required for a full robotic system. This standalone navigation device uses Yakebot’s optical tracking technology in a more accessible format.
Product Overview
Receiving NMPA Class III certification in September 2023, the navigation system represents Yakebot’s strategic expansion beyond autonomous robotics. The device addresses a broader market segment—dental practices seeking to improve implant accuracy through digital guidance while retaining traditional surgeon-controlled drilling.
The system displays the position, orientation, and depth of surgical instruments in real time, overlaid on preoperative CBCT imaging. Surgeons maintain full manual control while benefiting from continuous visual feedback that helps prevent deviations from the planned implant trajectory.
Key Features
Real-Time Position Tracking: Optical sensors continuously monitor the spatial relationship between the surgical handpiece and patient anatomy. Position data updates in real time, allowing surgeons to make micro-adjustments during drilling.
3D Navigation Display: The system renders a three-dimensional view showing the planned implant position alongside the current instrument location. Color-coded indicators alert surgeons when approaching planned depths or deviating from intended angles.
CBCT Integration: Import preoperative scans and treatment plans created in DentalNavi or compatible third-party software. The navigation system registers patient anatomy to imaging data through a calibration process.
Deviation Alerts: Audible and visual warnings activate when instrument position exceeds predefined tolerance thresholds, prompting corrective action before errors compound.
Procedure Recording: The system logs instrument trajectories throughout the procedure, enabling postoperative analysis and quality assurance review.
Technical Specifications
For oral surgery, Yakebot’s navigation system provides real-time optical tracking with 3D CBCT overlay and deviation alerts, approved as NMPA Class III in September 2023.
| Parameter | Specification |
|---|---|
| Device Class | Class III Medical Device |
| Tracking Method | Optical |
| Update Rate | Real-time |
| Display | 3D navigation interface |
| Planning Integration | DentalNavi, DICOM-compatible |
| Registration | Optical marker-based |
Clinical Applications
The navigation system is indicated for guided dental implant placement in:
- Single tooth replacement
- Multiple implant cases
- Cases with limited bone requiring precise angulation
- Sites adjacent to critical anatomical structures
- Training environments for developing surgeon skills
Unlike static surgical guides, dynamic navigation allows intraoperative plan adjustments. If the surgeon encounters unexpected bone conditions, the navigation system enables real-time replanning without fabricating new guides.
Comparison with Yakebot Robot System
| Feature | Navigation System | Autonomous Robot |
|---|---|---|
| Surgeon Control | Full manual control | Autonomous execution |
| Capital Investment | Lower | Higher |
| Procedure Automation | None | Full automation available |
| Real-Time Guidance | Yes | Yes |
| NMPA Class | III | III |
| Approval Date | 2023-09 | 2021-09 |
The navigation system suits practices seeking improved accuracy without transitioning to robotic surgery. The full autonomous robot system offers additional benefits including elimination of hand tremor and fatigue factors, but requires greater investment and workflow adaptation.
Regulatory Status
| Region | Status | Date |
|---|---|---|
| China (NMPA) | Class III Approved | September 2023 |
| EU (CE Mark) | Not Applied | - |
| USA (FDA) | Not Applied | - |
Frequently Asked Questions
What is the difference between this navigation system and the Yakebot robot?
The navigation system provides visual guidance while the surgeon manually controls drilling and implant placement. The autonomous robot physically performs these tasks independently. The navigation system offers lower capital cost and maintains traditional surgical workflow, while the robot provides hands-free automated execution.
Can I use the navigation system with any implant brand?
The system is designed to work with various implant systems. The navigation display shows planned positions regardless of the specific implant manufacturer, though users should verify compatibility with their preferred systems.
Does this require DentalNavi software?
The navigation system integrates directly with DentalNavi for treatment planning, but can also import plans from compatible third-party software via standard DICOM format. DentalNavi integration provides the most efficient workflow within the Yakebot ecosystem.
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Sources
Publicly available references used for the data on this page. See data methodology for verification standards.