Maestro 3D

Integrates scanning, prosthesis design, orthodontic treatment planning, and dental appliance creation.

Simple and intuitive for managing complex projects.

Guides every phase in a linear manner.

Enables rapid completion of complex projects with maximum precision.

Allows integration of diverse workflows on a single platform.

Offers completely customizable solutions for every need.

Ensures state-of-the-art service, especially with Expert Mode.

Available, particularly with Expert Mode.

Provides learning resources for quick mastery.

Accessible learning resources.

Community for user assistance.

Designs and enables printing of aligners (thermoforming or direct printing).

Automatically places brackets (Step, Roth, Wick Alexander, Dwight Damon, MBT, Andrews techniques) and prints personalized guides.

Designs and automatically creates variable-thickness aligners optimized for direct 3D printing.

Full integration with leading CNC and Laser machine manufacturers for aligner cutting.

Plans treatment by defining desired final tooth positions, with tools for monitoring tooth movements, evaluating contacts, IPR, extractions, and attachment placement.

Leverages AI to precisely identify teeth, trace margin lines, and assign numbering, significantly streamlining this process.

Imports digital impressions/scans, allowing storage, modification, and analysis without physical models.

Automatically detects/isolates teeth, simulates movements, analyzes occlusion, and designs treatment plans.

Studies and plans occlusal cases by simulating physical articulator parameters, enabling dynamic occlusion adjustments, contact/intersection analysis, and supporting bite splint creation.

For safe implant planning within an orthodontic context.

Dynamically restores missing teeth from libraries or by cloning, with millimeter precision in size, position, and alignment.

Advanced library of orthodontic attachments, customizable with new geometries, positive/negative configurations.

Enables virtual extraction of teeth with automatic gum geometry reconstruction.

Creates guides for precise etching.

Creates sets of 3D models for the entire orthodontic treatment, optimized for 3D printing.

Generates comprehensive reports of the treatment plan.

Module for restorative workflows.

Designs aesthetic mockups and guides for creating prostheses for edentulous patients.

Designs and prints a wide range of occlusal bite splints, nightguards, and more.

Designs appliances and customizes frameworks for output using 3D-driven machines and materials (bands, supports, expander arms, retainers).

For creating aesthetic mockups.

Allows viewing treatment from any device, providing a shareable link (web pages, email, WhatsApp).

For storing, accessing, and sharing cases.

Desktop viewing application.

Works with Maestro 3D scanners.

Automatically corrects imperfections in input files from scanners, reconstructs missing parts, and refines edges.

Automatic generation of study models with virtual bases (ABO, Ricketts, Parallel, Tweed).

Seamlessly combines digitized crowns with CBCT-acquired roots for detailed 3D models.

Easily imports CBCT images and 3D face scans along with patient photos.

Free modeling, repair of 3D models, measurement tools, brackets removal, 3D comparison tool.

Analysis of contacts, pressure points, and occlusal balance.

For detailed analysis.

Offers advanced features with access to remote computing servers for parallelism and AI, continuous updates, and direct technical support.