3D printed permanent veneers
The emergence of 3D printed veneers has revolutionized the speed and accessibility of cosmetic dentistry. By utilizing high-resolution additive technology, clinicians can now produce highly accurate thin shells that mimic natural tooth morphology with minimal waste. This approach allows for rapid prototyping and trial smiles, ensuring that the final aesthetic result meets the patient's expectations before the definitive bonding process begins.
While 3D printing was once reserved for temporaries, the development of ceramic-filled hybrid resins has made 3D printed permanent veneers a viable clinical reality. These advanced materials offer the necessary flexural strength and wear resistance to withstand the forces of the oral environment over the long term. For practitioners, this means the ability to deliver final restorations with a streamlined, cost-effective workflow without compromising on biocompatibility or marginal integrity
Additive manufacturing veneers
In the context of modern prosthodontics, additive manufacturing veneers represent a shift from traditional subtractive milling to a more precise layer-by-layer fabrication method. This technical approach allows for the creation of ultra-thin 'eggshell' geometries that are often difficult to achieve through milling without risking material fracture. Utilizing additive manufacturing enables practitioners to maximize conservative preparations while maintaining high levels of structural detail in the final restoration.
Digital Wax-up for Veneers
A comprehensive digital wax-up for veneers is the cornerstone of a predictable smile makeover. By integrating intraoral scans with facial photography, dentists can virtually contour the ideal tooth shapes and positions in a 3D environment. This digital blueprint not only serves as a communication tool for patient consent but also provides the essential STL file needed to print mock-ups, surgical guides, or the final veneers themselves.
3D Printed Veneers Course
We'll move from theory to immediate practice. You won't just see how we do it; you'll design, print, and characterize your own cases.
1. Digital Smile Design (DSD)
Learn to use Artificial Intelligence tools and free software to plan perfect smiles. You'll obtain precise numerical values so your veneers fit perfectly the first time, always following the "PrepLess" philosophy (minimal wear).
2. CAD Design and Parameterization
We'll teach you how to configure any mass-market printer (starting at $300 USD) to perform like a high-end model. Master the design of supports and the management of permanent resins so your impressions are predictable and safe.
3. Design of Print Supports
Many dentists fail with 3D printing because their veneers detach or deform during the process. In this module, we teach you the strategic architecture of the supports: how to position them to guarantee absolute stability without damaging the aesthetic surface of the restoration. You will learn how to configure the software so that the supports are removed with a single click, minimizing polishing time and ensuring a perfect marginal fit on every piece. We show you the easy way to do what seems difficult.
4. Post-processing, Characterization, and Gloss
The secret to success lies in the finish. You will apply our 5-minute protocol to give texture, color, and a natural gloss to the resins, making your printed veneers indistinguishable from ceramic to the naked eye.
An offer that pays for itself: You take the printer home.
We want to eliminate any obstacles between you and digital dentistry. When you enroll in our in-person course, you'll receive a state-of-the-art 3D printer included in the tuition fee. The goal is for you to be printing your first case in your own office the Monday after the course ends.
Who is this course for?
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Dentists who want to increase their profitability by lowering laboratory costs.
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Professionals who want to start using digital workflows without high-risk investments.
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Cosmetic dentists looking for fast and predictable solutions for their patients.
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Laboratory technicians who want to expand their service offerings.
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Dental students.
Frequently Asked Questions
Are printed veneers really permanent?
Yes. Thanks to the new resins with high ceramic content and the post-curing protocols that we will teach you, the restorations meet the standards of resistance and biocompatibility for prolonged use in the mouth.
Is it difficult to set up a 3D printer?
We've simplified the process so any dentist, regardless of their tech skills, can master it. We use guided workflows and AI tools that do the heavy lifting for you.
Are 3D printed veneers as durable as traditional porcelain ones?
While traditional porcelain (like E.max) has been the gold standard, modern 3D printed resins used in dentistry are engineered for high strength and wear resistance. They offer excellent durability for several years and are a fantastic, more affordable alternative that can be replaced or repaired much more easily than traditional ceramics.
How long does the procedure take?
One of the biggest advantages of 3D printing technology is speed. In many cases, we can design, print, and bond your veneers in a significantly shorter timeframe than traditional lab-made veneers.
Fully Digital Veneer Workflow
Adopting a fully digital veneer workflow eliminates the inaccuracies associated with physical impressions and manual laboratory steps. This end-to-end process begins with a high-precision intraoral scan, followed by CAD design and AI-assisted characterization, and concludes with in-office 3D printing. By keeping the entire sequence digital, dental practices can significantly reduce turnaround times, improve patient comfort, and achieve a level of fit and precision that defines the future of restorative dentistry.
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Start your transition to digital dentistry today!
Enrollment is strictly limited to a maximum of 5 students per course because we include the physical equipment and want to guarantee personalized instruction. Don't miss out on the revolution that is changing dentistry.
