Dentist-Supervised Robotic Tooth Preparation
for a New Era of Restorative & Aesthetic Care
Currently under development and not yet certified or commercialized.
Participants: Clinic and lab partners become certified Centers of Excellence, enabling single-visit restorative workflows at scale.
A mastered restorative process connecting clinics and labs into one workflow
* CIPP™ = Central Inversed Prosthetic Planning
If the patient does not have recent imaging, two scans (IOS + CBCT) are captured in a single appointment using a clinical standardized protocol inside the XIVIX® Centers of Excellence Network. Data is transmitted via a secure cloud.
This creates a unified digital-twin dataset, calibrated through patented high-precision fusion.
It becomes the mathematical foundation for every planning and robotic action.
High-Precision Datasets → High-Precision Restorations.
The CIPP™ orchestrates every stage of the workflow, 3D scans, AI planning, manufacturing, and robotic execution into a secure platform.
Patients and clinics can access treatment status and key files in real time, enabling transparency and continuity, this creates a unified 3D dataset.
Its self-learning engine refines algorithms using anonymized data, ensuring constant improvement across all connected partners.
This creates a unified infrastructure for dentistry, a scalable and intelligent backbone transforming local clinics into part of a worldwide network.
The brain and centralized operating network
Based on the CIPP plan, LabWorks crowns, veneers, or bridges are manufactured before the patient’s visit using premium biomaterials.
Each restoration is produced to match the planned 3D design and targeted tolerances.
Target precision: ~50 µm best marginal gap-fit, validated in controlled lab conditions.
Production certified under XIVIX standards:
XIVIX Central + Partner Labs + In-Clinic chairside.
Manufacturing that guarantees the best fit before clinical visit.
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In a single visit (where clinically appropriate), the dentist supervises an automated robotic procedure that prepares the tooth and supports immediate hand placement of the pre-manufactured restoration.
This is enabled by dynamic, real-time tracking and instant motion compensation to follow the planned geometry and patient micromovements while maintaining high precision.
The 6-axis robot arm with force-sensing, hold-to-run, and human-in-the-loop supervision ensures a safe execution without jaw clamping or rigid head immobilization.
XIVIX Robotic highest accuracy that manual dentistry simply cannot achieve.
1. Prosthetic-First, Workflow Inversion Methodology
(IOS+CBCT files high-precision fusion, compute ideal restoration first→ derive preparation geometry).
Granted in EU, US, India, Australia, Canada, and PCT family.
2. Dynamic intraoral tracking + motion compensation + robotic control.
Real-Time Tracking & Robotic Execution.
Granted in the US, EU pending.