Audax StudyModel 2026 v1.2: 3D Digital Model Analysis for Orthodontics

Audax StudyModel 2026 v1.2 is a specialized orthodontic software module for 3D digital study model analysis, part of Audax’s orthodontic software ecosystem based in Ljubljana, Slovenia . The software enables orthodontists to perform comprehensive analysis of digital dental models (from intraoral scanners or model scanners) including tooth measurements, arch analysis, Bolton analysis, space analysis, and treatment simulation.

The software is available as a standalone module or as part of an integrated bundle with AudaxCeph (AI-powered cephalometric analysis software) . The bundle combines AI-assisted 2D cephalometric analysis with 3D study model analysis, working from a single, integrated database to provide a complete diagnostic and treatment planning solution

???? Primary Users

This professional orthodontic software is designed for:

  • Orthodontists & Dentofacial Orthopedists performing digital study model analysis (tooth size measurements, arch dimensions, Bolton analysis, space analysis) for treatment planning

  • Orthodontic Researchers & Academics quantifying tooth movements and arch changes during treatment

  • Dental Schools & Teaching Hospitals training residents in digital model analysis and treatment planning

  • Orthodontic Laboratories preparing digital models for aligner therapy and appliance fabrication

  • General Dentists offering basic orthodontic evaluation and study model documentation

⚡ Key Features & Capabilities

 

???? Digital Study Model Analysis

Feature Description
Tooth Width Measurements Accurate mesiodistal measurement of individual teeth from digital models
Bolton Analysis Automatic calculation of anterior and overall tooth size ratios
Arch Dimension Analysis Intercanine width, intermolar width, arch perimeter, and arch length measurements
Space Analysis Assessment of crowding, spacing, and leeway space for treatment planning
Curve of Spee Measurement of occlusal curve depth
Digital Casts 3D visualization, rotation, and sectioning of dental arches

???? Diagnostic Tools

Tool Application
Occlusal Analysis Assessment of occlusal contacts, centric relation, and interferences
Tooth Segmentation Individual tooth isolation and analysis
Overjet & Overbite Measurement of horizontal and vertical overlap
Crossbite Detection Identification of buccal and lingual crossbite relationships
Virtual Setup Simulation of ideal tooth positions for treatment planning

???? Measurement Accuracy

Study model analysis software typically achieves measurement precision of 0.1 mm for linear measurements. This allows orthodontists to:

  • Determine space requirements for crowded or spaced dentitions

  • Calculate anchorage requirements

  • Plan extraction vs. non-extraction treatment

  • Design custom appliance prescriptions (brackets, wires, aligners)

???? Workflow Integration

Integration Type Description
AudaxCeph Integration Shared patient database with cephalometric analysis software; seamless workflow between 2D X-ray analysis and 3D model analysis 
Intraoral Scanner Compatibility Import STL files from all major intraoral scanners (iTero, 3Shape TRIOS, Carestream, Medit, etc.)
Cloud Connectivity AudaxCeph for Cloud offers API integration for connection to web-based dental patient management systems 
Treatment Planning Export Export data for aligner therapy, custom appliance fabrication, and orthodontic laboratory workflows