DDP AI diagnostic models enhance orthodontic diagnostics, planning and treatment support for both bracket- and aligner-based therapies. By integrating artificial intelligence (AI) with digital workflows, these models provide rapid, in-depth analysis of anatomical data, reducing manual tasks and streamlining treatment decisions.

Offering highly detailed 3D representations of crowns and roots, DDP AI supports precise, individualised treatment planning. Real-time occlusion visualisation ensures comprehensive diagnostic insight. Integration with CBCT data or realistic root templates enables interdisciplinary treatments, broadening clinical capabilities.

AI-powered automation allows for rapid model creation—less than 3 minutes from any intra-oral scan format. Safe tooth movement simulations help mitigate treatment risks, and 3D-printed dental navigation models enhance procedural accuracy. The flexibility of DDP AI models facilitates collaboration among orthodontists, technicians and dental assistants, optimising in-clinic and outsourced workflows.

Individually positioned appliance.

Key applications in orthodontics:

• Aligner workflows
• Fixed appliance workflows
• TAD-based appliance workflows (CBCT required)

Core features:

• AI-driven segmentation and analysis for diagnostics and treatment planning
• Advanced visualisation tools for aligner and bracket positioning
• CAD/CAM and 3D printing integration
• Secure cloud storage for remote consultations based on shared patient files

More information can be found at www.ddp.system.

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