HF-Blue Light
Ultra-fast full-face capture | anti-shaking interference | sharp accurate imaging in complex environments
Precision Upgrade
Precise dental area focus | 45% smaller 3D point spacing | ultra-fine dental structure capture.
System Optimization
Professional polarization camera eliminates reflection & overexposure. Intelligent multi-component system for higher mesh-texture fusion accuracy & natural model details
Cephalometric Analysis
Intelligent automatic anatomical landmark marking | full measurement data generation | one-click PDF export.
Dental Model Import
External dental model import | one-click dentition mesh replacement | easy personalized smile design.
DICOM Data Import
One-click CT DICOM import | automatic fusion with face scan model | full 3D diagnostic imaging restoration.
Smart Screenshot
Built-in screenshot, watermark & screen recording | pre/post-op HD comparison | one-click 6-view capture for higher efficiency.
Multi-Model Comparison
Simultaneous comparison of up to 8 models | timeline-based difference display | design scheme comparison | clinical outcome tracking.
FAQs
Frequently Asked Questions
CASZM's 3D digital system supports the full workflow of digital orthodontics, clear aligner therapy, maxillofacial surgery and prosthodontics, and performs 3D soft-tissue quantitative assessment with complete data support.
The MVS-M6 dental version portable 3D facial scanner and high-precision models such as the MVS-P6HD are recommended for dentistry, supporting digital smile design and 3D cephalometric measurement.
Yes. The system captures facial and perioral 3D data and combines aesthetic proportions for digital smile design and simulation, assisting doctor-patient communication and restoration planning.
High-precision 3D facial scanning captures soft-tissue morphology, and the system automatically identifies key anatomical landmarks to perform 3D cephalometric measurement and maxillofacial analysis, replacing traditional 2D X-ray cephalometry.
It objectively quantifies soft-tissue morphological changes before and after orthodontic or maxillofacial treatment, providing reproducible numerical evidence for outcome evaluation, plan adjustment and research analysis.
Yes. The 3D data output connects to clear aligner design and manufacturing workflows, supporting digital impressions, tooth arrangement simulation and outcome prediction.