LIMAMATOS DESIGN3D
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Dental CAD Designer specialized in Exocad 3.2, focused on high-volume production and fast turnaround times.
Exclusive digital design services with delivery of production-ready STL files for dental laboratories and clinics worldwide.
Services:
High-volume single crowns
Single crowns on implants
Crowns and fixed bridges (3–6 units)
Full-arch implant protocols (fixed restorations)
Veneers (digital workflow)
Workflow:
Daily production workflow
Optimized for speed and consistency
Ready for milling or 3D printing
Portfolios
Implant-Supported Crowns – Teeth 15 and 16 (CAD De
Implant-Supported Crowns – Teeth 15 and 16 (CAD De
Remote digital dental CAD design case developed using Exocad.
This project consists of two implant-supported crowns for teeth 15 and 16, designed for a dental laboratory using a fully digital CAD/CAM workflow.
The work was performed remotely for an international client, following standard implant prosthetic design protocols.
Fixed Implant Bridge 34–36 Fixed Implant Bridge 44
Fixed Implant Bridge 34–36 Fixed Implant Bridge 44
Posterior implant-supported fixed bridge (34–36) | Implacil | Mini Pilar 4.8
Posterior implant-supported fixed bridge (44–46) | Implacil | Mini Pilar 4.8
Fixed prosthesis 13, 12, 11, 21, 22
Fixed prosthesis 13, 12, 11, 21, 22
Reference for sizing as per photos.
Screw-on crown 37
Screw-on crown 37
following arch alignment
Screw-on chainring 36- 45-46
Screw-on chainring 36- 45-46
Screw-on chainring 36 Screw-on chainring Screw-on chainring 45 Screw-on chainring Screw-on chainring 46
Screw-on chainring 16 - 12 - 36 - 35- 46 - 47
Screw-on chainring 16 - 12 - 36 - 35- 46 - 47
Screw-on chainring 16 Screw-on chainring Screw-on chainring 12 Screw-on chainring Screw-on chainring 36 Screw-on chainring Screw-on chainring 35 Screw-on chainring Screw-on chainring 46 Screw-on chainring Screw-on chainring 47
Posterior Implant-Supported Fixed Restoration
Posterior Implant-Supported Fixed Restoration
Digital design of a posterior implant-supported fixed restoration (6 units), developed in Exocad 3.2.
Design focused on functional occlusion, precise emergence profiles, and stable proximal contacts, delivering production-ready STL files optimized for milling or 3D printing.
Posterior Implant-Supported Single Crowns
Posterior Implant-Supported Single Crowns
Digital design of posterior single crowns on implants, developed in Exocad 3.2.
Design focused on accurate implant positioning, functional occlusion, proper emergence profile, and stable proximal contacts, delivering production-ready STL files optimized for milling or 3D printing.
Anterior Tooth-Supported Single Crowns
Anterior Tooth-Supported Single Crowns
Digital design of four anterior tooth-supported single crowns (12, 11, 21, 22), developed in Exocad 3.2.
Design focused on anterior aesthetics, proper incisal edge position, harmonious proportions, and functional occlusion, delivering production-ready STL files optimized for milling or 3D printing.
Full-Mouth Rehabilitation with Vertical Dimension
Full-Mouth Rehabilitation with Vertical Dimension
Digital planning and design of a full-mouth rehabilitation, including anterior tooth-supported crowns from 14 to 24, combined with implant-supported posterior crowns on teeth 36, 37, and 46.
The case was developed in Exocad 3.2 with a 2 mm increase in vertical dimension of occlusion (DVO), focusing on functional occlusion, anterior guidance, controlled overjet, and balanced aesthetics.
All restorations were designed to deliver production-ready STL files, optimized for milling or 3D printing.
Posterior Inlay – Tooth 15
Posterior Inlay – Tooth 15
Precision posterior inlay with clean margins and functional occlusion – production-ready STL
Anterior Full Esthetic Rehabilitation
Anterior Full Esthetic Rehabilitation
Full anterior esthetic rehabilitation designed in Exocad, combining laminated veneers, screw-retained implant crowns and pontic elements.
Restorations included:
• Laminated veneers on teeth 13, 14, 23 and 24
• Screw-retained implant crowns on teeth 11 and 21
• Pontics on teeth 12 and 22
This case demonstrates precise esthetic planning, natural tooth morphology, harmonious incisal edge alignment and balanced anterior guidance.
Key features:
• Digital smile design workflow
• Laminated veneers
• Screw-retained implant crowns
• Pontics integration
• Natural anterior anatomy
• Functional occlusion and esthetics
• Manufacturing-ready STL
Design-only digital workflow.
Optimized for milling or 3D printing.
Fast turnaround available.
Dental CAD Design – Exocad.
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