made to support all materials
allows implant placement and screw channel freedom
designed to be milled locally
for increased biological width
designed for Zirconia on Titanium
for engaging and non-engaging restorations
matrix® PowerBase and its 20° degree internal flat connection, maximizes the surface area to support prosthetic restoration directly on the implant. The world-class connection provides self-centering properties for ideal handling and fit and allows high divergences (50°) between implants.
matrix® MillingFit achieves easy and precise milling with standard tools through dedicated milling strategies. A compact connection between implant, screw and crown with no hollow spaces and an interface surface roughness rises above industrial abutment manufacturing.
Dedicated milling strategy for matrix® connection
Pink anodization for tissue management
Concave design for increased biological width
Thanks to reverse-taper design bone doesn't get re-exposed
The 20° shoulder for high divergence bridge restorations
Platform switching for stable crestal bone levels
0,5mm machined neck in the crestal area
The matrix® multi-level implant comes with a modern emergence profile and a unique concave design. The implant line features a pink anodized neck for optimized translucency and supports modern surgical procedures, such as sub-crestal placements. Ideal for minimal invasive procedures and an increased biological width, matrix® it’s better than ever in guaranteeing high esthetic results and longevity.
The matrix® bone-level implant features a 20° shoulder for high divergence bridge restorations and integrates platform-switching to preserve the crestal bone.
Narrow screw-head for metal restorations to minimize diameter of screw-access hole
Medium-size screw-head optimized to support zirconium.
matrix® ProFlex allows implant divergence up to 50° and 30° angled screw channels. The compact design facilitates the placement of fully anatomical crowns without adjustment and supports easy impression taking for angulated implants.