AI Implant Planning
Intelligent Leadership in Dentistry's Future
Leveraging deep learning algorithms, this intelligent implant planning system seamlessly integrates
advanced AI technology with oral medicine, providing a comprehensive digital solution for dental implant surgeries and making precision healthcare easily accessible.
advanced AI technology with oral medicine, providing a comprehensive digital solution for dental implant surgeries and making precision healthcare easily accessible.
AI-Driven Smart Crown
Design
Based on the morphology of opposing and adjacent teeth as well as occlusal relationships, it automatically generates crown designs that align with physiological function. Multiple design options are provided for dentists to choose from, enhancing restorative outcomes.
Enhanced Doctor-Patient
Communication Platform
Communication Platform
Utilizes realistic 3D visualization to intuitively display treatment plans
and expected outcomes, helping patients better understand the
treatment process and building trust between doctors and patients.
and expected outcomes, helping patients better understand the
treatment process and building trust between doctors and patients.
Efficient Doctor-Technician
Collaboration System
Collaboration System
Supports plan sharing, enabling doctors and technicians to
collaboratively complete case designs, reducing communication
barriers, and efficiently accomplishing complex implant case planning.
collaboratively complete case designs, reducing communication
barriers, and efficiently accomplishing complex implant case planning.
Digital Guided Implant Surgery
Uses AI to quickly generate guide files ready for implant surgery.
Combined with chairside 3D printing, it enables rapid digital implant
surgery.
Combined with chairside 3D printing, it enables rapid digital implant
surgery.
Lower Learning
Threshold
Threshold
An intelligent design simplifies the workflow, allowing doctors to get started quickly without a long learning curve.
Reduce Doctors'
Workload
Workload
AI automatically handles tedious planning tasks, freeing doctors from repetitive labor.
Precision and
Reliability
Reliability
AI-assisted decision-making reduces human judgment errors, ensuring every plan is accurate and reliable.
Meets Chairside
Requirements
Requirements
Specifically for clinical environments, it enables full-process planning during patient consultations.
Comprehensive
Implant Support
Implant Support
Includes mainstream implant system brands, with true 1:1 restoration to ensure plan feasibility.
Increasing Tool
Library
Library
Continuously updated guide toolkits adapt to various complex clinical scenarios and needs.
Reduce Surgical Risk
The smart AI system uses 3D imaging to accurately identify key anatomical structures,
automatically avoiding nerve and vascular areas, and providing safe implant path planning.
Preoperative simulation allows doctors to foresee potential risks and prepare countermeasures
in advance. Standardized procedures minimize human error, ensuring each surgery is
conducted within controllable parameters, significantly enhancing treatment safety.
automatically avoiding nerve and vascular areas, and providing safe implant path planning.
Preoperative simulation allows doctors to foresee potential risks and prepare countermeasures
in advance. Standardized procedures minimize human error, ensuring each surgery is
conducted within controllable parameters, significantly enhancing treatment safety.
Improve Surgical Precision
Algorithm-based intelligence calculates the optimal implant position and angle, with errors
controlled within 0.1mm. Digital guides provide stable support, eliminating freehand operation
deviations, ensuring implants are placed precisely as intended for ideal long-term stability.
controlled within 0.1mm. Digital guides provide stable support, eliminating freehand operation
deviations, ensuring implants are placed precisely as intended for ideal long-term stability.
Generate Additional Revenue
Digital implant services enhance the clinic's professional image, justifying additional technical
fees. High-end patients are more willing to pay a premium for precision technology.
Differentiated services strengthen market competitiveness, attracting more high-quality
customers, and achieving a dual improvement in economic benefits and medical quality.
fees. High-end patients are more willing to pay a premium for precision technology.
Differentiated services strengthen market competitiveness, attracting more high-quality
customers, and achieving a dual improvement in economic benefits and medical quality.