Explore the latest innovations in dental materials that are transforming digital dentistry. Discover advancements in 3D printing, additive manufacturing, and CAD/CAM systems that enable more precise and customized dental restorations. We analyze resins, polymers, ceramics, and metals, highlighting their impact on dental lab efficiency and patient care quality. This guide is essential for professionals looking to optimize their workflows with cutting-edge technology and high-performance materials.
This material provides a high-performance, aesthetically pleasing, and efficient restorative solution for chairside applications. Its blend of zirconia and high-performance resin offers superior stain resistance and eliminates the need for sintering.
As a fiber-reinforced dental composite, Trinia™ offers a durable and biocompatible alternative to metal alloys for prosthetic frameworks. Its high flexural strength and dentin-like modulus make it suitable for permanent CAD/CAM milled rehabilitations.
This hybrid ceramic block offers a unique flexible nano ceramic matrix structure, providing high flexibility, strength, and excellent marginal integrity. It mills quickly without chipping and requires no sintering, making it highly efficient for chairside use.
This dual-cure, bioactive bulk-fill composite actively supports remineralization at the restoration-tooth interface, potentially reducing secondary caries. Its sustained-release technology for calcium, phosphate, and fluoride ions represents a significant advancement in restorative dentistry.
This block represents a significant advancement in zirconia technology, offering proprietary 3D layering for natural esthetics and exceptional strength. Its rapid sintering time and thin-wall capabilities enhance chairside efficiency and design freedom.
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This block offers rapid sintering and natural gradients in color, translucency, and strength, making it highly efficient for laboratories. It delivers true biomimetic results for a wide range of aesthetic and functional restorations.
Combining the advantages of resin and ceramics, MAZIC Duro offers high flexural strength, stain resistance, and excellent esthetics. Its physical properties closely mimic natural teeth, making it ideal for various single-day restorations.
This high-performance, ceramic-filled biocompatible material enables reliable, cost-effective, and aesthetically pleasing permanent restorations via 3D printing. It offers unmatched precision and reduced chair time, making same-day permanent dentistry a reality.
Positioned as a leading solution for 3D printed permanent restorations, this ceramic-filled hybrid material offers high strength and natural esthetics. It provides a robust and aesthetically pleasing alternative in digital workflows for crowns, inlays, onlays, and veneers.
These materials mimic natural teeth properties and actively participate in ionic exchange, releasing beneficial ions to remineralize dental tissues. They offer a biologically friendly approach to restorations, addressing secondary caries and marginal breakdown.
This antimicrobial restorative solution actively inhibits bacterial growth without leaching agents, providing a promising approach to reduce or eliminate secondary caries. Its embedded QASi filler particles offer a long-lasting antibacterial effect.