Up to 14 Unit* All-Ceramic Bridges!

The Strength of Zirconia. The Precision of CAD-CAM. The Esthetics of Nature.

Employing the latest in innovative CAD/CAM technology and space age materials, you can now offer your patients restorations with unsurpassed strength, fit and esthetics anywhere in the mouth (anterior and posterior crowns and up to 14 unit* bridges)!

The combination of proven Zirconia frameworks (with a flexural strength of 1300 MPa) and new generation veneering ceramics results in a whole new range of restorative possibilities. The overlay porcelains have been specifically designed to complement the natural greyish translucency (unlike the stark white of other Zirconia materials) and fluorescence of the zirconium oxide core. They can be either pressed (up to 8 units with with copings stopped one mm short of the margin, porcelain then pressed from margin to incisal edge) or layered (up to 14 units*) to make your restorations come alive! The veneering ceramics feature a denser, fissure-free Nanoleucite® microstructure for greater fracture resistance and superior esthetics.

Zeno Tec is easy to work with because you can prepare and cement like an ordinary porcelain-fused-to-metal restoration (NO dentin bonding required) – a valuable chair time saver! Using precise crown and bridge chamfer preparations and traditional cementation techniques, even 14 unit* metal free bridges cannot only be predictable, but highly esthetic.

Exclusive “Smart Scanning Technology”

Zeno Tec’s state-of-the-art 3Shape 3D laser scanner offers unsurpassed accuracy and precision. The prepared model is moved along three axes to capture all points on its surface (including undercuts).
Un-scanned areas are automatically recognized by the unique adaptive scanning software and re-scanned from different angle capturing the entire geometry. The system’s unparalleled accuracy of <20 µm ensures restorations with outstanding marginal fit and easy seating.

Innovative Computer-Assisted-Manufacturing Techniques

Zeno Tec frameworks are precision milled using Yttria Stabilized Zirconium (backed by over 25 years of research) that guarantees high precision and optimal fit. Use of the largest solid Zirconia disk on the market allows the milling of far larger frameworks than with competing systems. These substructures are “hard sintered” (for 12 hours) at a precisely defined high temperature supplying the required strength, reliability, fit and clinical performance for incredibly long span bridges.

* on selected cases.