The future of cosmetic dentistry is here with BMF’s UltraThineer—the world’s thinnest, 3D printed dental veneer. Utilizing Projection Micro Stereolithography (PµSL), this innovative additive manufacturing process enables the creation of veneers that are three times thinner than traditional ceramic veneers, while offering exceptional durability, a precise fit, and a completely non-invasive application.
Traditional veneers often require enamel grinding, causing irreversible tooth damage. However, UltraThineer veneers eliminate this need, providing a pain-free, reversible solution for patients seeking aesthetic improvements with minimal intervention.
What Makes UltraThineer Veneers Unique?
BMF’s PµSL-powered UltraThineer veneers offer groundbreaking advantages over conventional dental veneers:
Ultra-Thin & No-Prep Application
Just 0.1mm thick, ensuring seamless adhesion without enamel removal.
Zirconia Ceramic for Strength & Longevity
Highly durable and FDA-approved for long-term dental use.
Perfect Fit with High-Precision Printing
PµSL technology ensures dimensional accuracy, reducing bacteria buildup and increasing veneer longevity.
Faster Turnaround Time
3D printing allows for custom veneers to be created in just days, compared to weeks with traditional methods.
The Power of Projection Micro Stereolithography (PµSL) in Veneer Manufacturing
🔬 High-Resolution Fabrication: Ensures each veneer is custom-fitted to the patient’s unique dental anatomy.
🦷 Biocompatible Materials: Utilizes zirconia ceramics, which offer exceptional strength and natural aesthetics.
⏳ Reduced Labor & Faster Production: Digital workflows streamline veneer design and production, reducing manual errors.
🌟 Sustainability & Customization: Less material waste and fully customizable solutions for individual patient needs.
Why Dentists Are Switching to 3D Printed Veneers
For dentists and orthodontists, UltraThineer veneers present a game-changing innovation that enhances both patient experience and clinical efficiency.
Benefits for Dental Professionals:
- Minimized chair time & faster application, improving patient satisfaction.
- More predictable and precise results, reducing the need for remakes and adjustments.
- Lower costs by eliminating labor-intensive milling and grinding processes.
- Expanded treatment options for patients who want non-invasive cosmetic enhancements.
With BMF’s UltraThineer veneers powered by PµSL technology, the future of aesthetic dentistry is more precise, efficient, and minimally invasive than ever. By offering custom-fit, ultra-thin, durable veneers, dentists can now provide high-quality cosmetic solutions without compromising natural tooth structure.
Looking to integrate 3D printing into your dental practice?
Contact us for a personalized meeting