High-Frequency Blue-Light Capture

High-frequency blue-light capture records facial geometry quickly and helps reduce motion-related artifacts, including in challenging environments.

High-frequency blue-light capture, fast facial scanning, reduced motion artifacts and imaging in challenging environments

System Optimization

A polarization camera helps control reflections and overexposure from tooth enamel, improving the capture of dental detail. Coordinated scanning components improve mesh and texture alignment for more consistent detail in the resulting 3D model.

Precision Enhancement

Focused dental capture reduces 3D point spacing by up to 45%, helping record fine tooth structures with greater clarity.

Precision Enhancement, fine dental structures and high-definition tooth modeling

Cephalometric Analysis

The cephalometric analysis system automatically marks key facial landmarks, generates measurement data and exports a standard PDF report.

Intelligent cephalometric analysis, automatic landmark detection, oral measurements, PDF reports and one-click export

Dental Model Import

Import an external dental model, remove the original dentition mesh and replace it with the new model for personalized smile design.

External dental model import, dentition mesh replacement and personalized smile design

DICOM Import

Import CT DICOM data and align it with the facial scan to visualize the relationship between the lips, teeth and maxillofacial structures in 3D.

Bone-to-Soft-Tissue Distance

With DICOM imaging data, measure the distance from bone to facial soft tissue and quantify soft-tissue thickness. The 3D measurements help distinguish skeletal and soft-tissue features for aesthetic and maxillofacial planning.

Bone-to-soft-tissue distance, soft-tissue thickness measurement and 3D maxillofacial planning reference

Orthognathic Simulation

Simulate underbite and mandibular retrusion cases to visualize changes in occlusion and facial profile, supporting orthodontic and orthognathic treatment planning.

Underbite and mandibular retrusion simulation, occlusal and facial-profile visualization, orthodontic and orthognathic planning

Timeline Comparison

Import multiple scan or simulation models, switch between time points and compare data to review changes in facial soft-tissue shape.

Multiple model import, timeline navigation, data comparison and facial soft-tissue review

Multi-Model Comparison

Compare up to eight models side by side, review differences across a timeline, assess design options against the original model and track outcomes at different time points.

Multi-model comparison, screenshots and recording, custom watermarks, six-view capture and quantitative pre/post comparison

Standard Data Export

Trim facial scan models and export them in OBJ or STL format for use with intraoral and dental software, further analysis and post-processing.

Facial scan trimming, OBJ/STL export, standard 3D formats, dental software compatibility and post-processing

FAQs

Frequently Asked Questions

CASZM 3D digital systems support orthodontics, clear aligner workflows, oral and maxillofacial surgery, and dental restoration. They also provide 3D soft-tissue measurements for clinical review.

Options include the portable MVS-M6 oral model and high-precision models such as MVS-P6HD. The systems support digital smile design and 3D cephalometric analysis.

Yes. It captures 3D facial and perioral data for digital smile design and simulation, supporting patient communication and restoration planning.

The system captures facial soft tissue in 3D and identifies key anatomical landmarks to support 3D cephalometric and facial morphology analysis alongside conventional imaging.

It quantifies soft-tissue changes before and after orthodontic or maxillofacial treatment, providing repeatable measurements for outcome review, treatment planning, and research.

The 3D data can be used in clear aligner planning and production workflows, including digital impressions, tooth arrangement simulation, and outcome visualization.