3D Aconia Ultra is Besmile’s premium multilayer zirconia engineered to deliver exceptional aesthetics and high strength in a single material. Ideal for veneers and full contour bridges (up to 7 units), it combines ultra-high translucency with reliable flexural strength and long-term durability.
Its patented 3D interleaved multilayer technology creates a seamless shade gradient and uniform microstructure, producing lifelike depth and natural-looking restorations without heavy reliance on staining. Cervical areas offer 45%-55% translucency and 1100 MPa strength for support, while incisal zones reach 55% translucency and 700 MPa for realistic light transmission. High fracture toughness (≥5 MPa·m¹/²) and near-zero deformation minimize fractures and rework, ensuring accurate, predictable results.
The material performs consistently across a flexible 1520–1560 °C sintering range and supports efficient high-speed workflows, allowing labs and clinics to achieve stable shade, translucency, and fit while improving production speed and reducing inventory complexity with one versatile disc.
3D Aconia Ultra is Besmile’s premium multilayer zirconia engineered to deliver exceptional aesthetics and high strength in a single material. Ideal for veneers and full contour bridges (up to 7 units), it combines ultra-high translucency with reliable flexural strength and long-term durability.
Its patented 3D interleaved multilayer technology creates a seamless shade gradient and uniform microstructure, producing lifelike depth and natural-looking restorations without heavy reliance on staining. Cervical areas offer 45%-55% translucency and 1100 MPa strength for support, while incisal zones reach 55% translucency and 700 MPa for realistic light transmission. High fracture toughness (≥5 MPa·m¹/²) and near-zero deformation minimize fractures and rework, ensuring accurate, predictable results.
The material performs consistently across a flexible 1520–1560 °C sintering range and supports efficient high-speed workflows, allowing labs and clinics to achieve stable shade, translucency, and fit while improving production speed and reducing inventory complexity with one versatile disc.
