Dental prosthesis design software EDDS

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Overview
EDDS (Easy Digital Denture Solution) digitizes complete denture records from a single CBCT scan using AI-enabled processing. Developed by Swissmeda (a Carestream Dental clinical software brand), EDDS produces STL outputs ready for downstream CAD/CAM and design workflows, reducing procedure steps for dental clinics and dental laboratories.

Key Benefits

• Single-scan capture: Acquire all denture details in under five minutes with a Carestream Dental CBCT system, reducing chair/laboratory time.
• Integrated workflow: Runs within CS Imaging v8 with on-screen step-by-step guidance—no additional hardware or add-ons required.
• Minimized data loss: One CBCT acquisition reduces missed data points and the need for rescans; generated STL files auto-orient in common design software.
• Scalable and predictable: Designed to integrate into existing practice and lab systems to simplify workflows and scale production.

Features (product sections)

• Efficient capture: CBCT-based single-scan workflow captures denture geometry and related data in less than five minutes.
• Compatibility: Operates inside CS Imaging v8, the Carestream Dental imaging hub, with integrated user guidance.
• Data quality: CBCT capture and AI processing reduce noise and minimize the need for multiple scans; outputs are STL files optimized for design.
• Operational scalability: Integrates with existing practice/lab processes to reduce dependence on complex alternate intraoral-scanner workflows.

Notes
EDDS leverages CBCT acquisition plus AI-enabled processing to streamline denture digitization and provide STL outputs for CAD/CAM and prosthetic design.

Technical specifications

• AI-enabled digital denture workflow
• Single-scan denture capture via CBCT
• Scan time: captures necessary denture data in less than five minutes
• Integration: operates within CS Imaging version 8 (no additional hardware/add-ons required)
• Output: generates STL files that auto-orient in design software
• Reduces missed data points and rescans compared with multi-scan workflows