Invivo 7.2.2: Collaborative Orthodontic Treatment Planning & Simulation Software

Invivo 7.2.2 is a comprehensive orthodontic treatment planning software (part of the Anatomage Invivo family) that provides advanced 3D visualization of craniofacial structures. It is primarily used to create, analyze, and simulate treatment outcomes based on CBCT, intraoral scan, and facial scan data (3D face photogrammetry). It is widely adopted in clinics and educational institutions for its robust airway analysis, TMJ assessment, and clear aligner simulation capabilities.

???? Primary Users

This professional dental software is specifically designed for:

  • Orthodontists & Oral Surgeons performing 3D treatment planning for aligners, brackets, and surgical cases.

  • Dental Laboratories & Technicians creating setup models and splints based on ClinCheck or digital planning data.

  • General Dentists offering limited clear aligner therapy (depending on licensing tier).

  • Treatment Coordinators using 3D simulations to explain treatment outcomes to patients before starting.

⚡ Key Features & Capabilities

  • 3D Cephalometric Analysis: Perform traditional 2D tracings or direct 3D landmark identification (e.g., Steiner, Ricketts) on volumetric data.

  • Airway Analysis: Calculate volumetric measurements of the pharyngeal airway (nasopharynx, oropharynx) for sleep apnea or ENT referrals.

  • Surgical Planning: Simulate Lefort I, BSSO, and genioplasty movements with hard and soft tissue prediction.

  • Aligners & Simulation: Generate virtual setup models (tooth movement stages) for in-house clear aligner therapy or export for 3D printing.

  • Data Integration: Fuse CBCT (DICOM), intraoral scans (STL), and facial scans (OBJ) into a single virtual patient model .

  • TMJ Assessment: Visualize and measure condylar position and joint space.

???? What’s New in Version 7.2.2

  • Stability and Bug Fixes: Likely includes improvements addressing issues found in previous sub-versions (7.1.x), specifically regarding crash handling and DICOM rendering .

  • Import Enhancements: Refinements in the fusion algorithm for facial scans (3D photography) with CBCT data .

  • Export Options: Updates to STL export workflows for 3D printing of surgical guides or models.