Discover Dental Plus USA’s premium line of titanium discs — engineered for precision, strength, and consistency in modern dental labs and implant manufacturing workflows. Our titanium discs are ideal for crafting custom abutments, implant bars, frameworks, milled implant solutions, and hybrid prosthetics. With tight tolerances, uniform thickness, and high-grade medical-level titanium, these discs deliver dependable mechanical strength and long-term stability required for implant-borne restorations.
Every titanium disc in our collection is manufactured from medical-grade Ti-6Al-4V (or similar high-strength titanium alloy), ensuring biocompatibility and corrosion resistance. This makes them perfect for implant bars, screw-retained bridges, custom abutments, and frameworks that demand precision and long-term durability. Our discs come in a variety of diameters and thicknesses to match the needs of small abutments all the way up to full-arch implant frameworks — giving labs flexibility to choose the right size for each case.
Using titanium discs from Dental Plus USA ensures uniform material removal, predictable milling behavior, and minimal edge chatter or distortion. When paired with proper CAD/CAM milling burs and precise CAM settings, you’ll achieve tight fits, accurate margins, and stable interfaces — critical for restorations that must integrate precisely with implants and soft tissue. Whether you’re milling single-unit abutments or full-arch bars, our titanium discs deliver clean results every time.
Labs investing in our titanium discs also benefit from reliable U.S.-based shipping, bulk-order pricing, and technical support for best practices in disc handling, milling parameters, and post-processing protocols. For labs transitioning from stock abutments to fully custom milled solutions, our titanium discs offer a cost-effective, scalable way to produce high-quality implant prosthetics in-house.
Browse Dental Plus USA’s titanium disc collection today — and give your lab the foundation to build strong, precise, and long-lasting implant restorations that meet the highest standards of fit, strength, and biocompatibility.