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Digital Dental Implant Design Software
Eight functional highlights of DentalNavi
  • Data Reconstruction
  • Model encapsulation
  • Data Registration
  • Guide design
  • Prosthesis design
  • Surgical process simulation
  • Implant plannin
  • Postoperative evaluation
Yakebot Oral Surgery Robot

Product Advantages

Accurate and stable
Infrared optical positioning, with the accuracy up to 0.09mm 120Hz high-frequency tracking, reducing the data latency
Safe & Comfortable
Preoperative precise planning, follow up implantation to reduce surgical trauma, multi-chair implantation
Intelligent control
Precise force sensor to simulate doctor's feel Automatic execution of import and export path, independent tracking down
Save manpower
Integrate the opening, surgical suction and other functions One person can complete the implantation
Free switch
Free switch among guide, navigation and robot modes
Simple and easy to learn
One pedal completes all operations to truly achieve "free” implantation

Product Composition

"Brain"— Wise
With restoration oriented, practice the cutting-edge concept Seamless integration of the implant motor, with a pedal to complete the surgeryAutomatic access to truly free hands
"Eye"— View accurately
0.09mm accuracy for panoramic view of micromotion Infrared positioning, no fear of ambient light interference 120 frames per second for timely tracking
"Hand"— Feel
Real-time compensation of the terminal stress deformation and accurate implantation of complex bone Automatic lifting according to resistance to avoid thermal damage Drag the handpiece flexibly, and small space is no longer a problem

Robot Accessories

End-Effector Marker
Calibration Needle Disc
Oral Marker
Calibration Probe
YakeBot Dental Implant
Navigation System

Product Advantages

Real-time tracking, precise positioning
Intraoperative adjustments, optimizing pathways
Minimally invasive surgery, reducing damage
Real-time visualization, eliminating blind spots
Modular design, versatile for various scenarios
Short surgical duration, optimal patient experience

Usage Process

1Importing CBCT Data
2Implant Treatment Planning
Two Operating Modes
3.1Universal Guide Registration with CBCT Images
3.2Customized Personalized Accessories
4Intraoperative Navigation Implementation

*3.1 The mode requires two CBCT scans: the preoperative diagnostic CT of the patient and the CT scan with the patient wearing the universal guide.

*3.2 The mode only requires one CBCT scan, which is the preoperative diagnostic CT of the patient.