Synergy of surfaces

Introducing Xeal and TiUltra – two breakthrough surfaces derived from our decades of applied anodization expertise. From abutment to implant apex, we have reimagined surface chemistry and topography to optimize tissue integration at every level.

Xeal ™
The pioneering Mucointegration™ surface

Tissue integration begins here. Dense soft-tissue contact with an abutment can act as a barrier that protects the underlying bone. This is the basis for long-term tissue health and stability.

Xeal ™
The pioneering Mucointegration™ surface

Tissue integration begins here. Dense soft-tissue contact with an abutment can act as a barrier that protects the underlying bone. This is the basis for long-term tissue health and stability.

Now available for the On1 Base and the Multi-unit Abutment.

Xeal is a pioneering surface for soft-tissue integration.

It is a smooth non-porous, nanostructured and anodized surface and possesses surface chemistry and topography that are specially designed to promote soft-tissue attachment.

Now available for the On1 Base and the Multi-unit Abutment.

Xeal is a pioneering surface for soft-tissue integration.

It is a smooth non-porous, nanostructured and anodized surface and possesses surface chemistry and topography that are specially designed to promote soft-tissue attachment.

TiUltra™
More than roughness

Ideal tissue integration isn’t just about surface roughness, it’s about how every surface reacts with the tissue around it. TiUltra is an ultra-hydrophilic, multizone,anodized implant surface with a gradual topography from collar to apex.

TiUltra features a gradual change in topography, becoming moderately rough and porous towards the implant apex.

TiUltra™
More than roughness

Ideal tissue integration isn’t just about surface roughness, it’s about how every surface reacts with the tissue around it. TiUltra is an ultra-hydrophilic, multizone,anodized implant surface with a gradual topography from collar to apex.

TiUltra features a gradual change in topography, becoming moderately rough and porous towards the implant apex.

Now available for NobelActive and
NobelParallel CC

At collar level, the TiUltra surface is minimally rough, non-porous and nanostructured. Its golden hue is a happy byproduct of the specific oxide thickness achieved during anodization.

Now available for NobelActive and
NobelParallel CC

At collar level, the TiUltra surface is minimally rough, non-porous and nanostructured. Its golden hue is a happy byproduct of the specific oxide thickness achieved during anodization.

Pristine surface

The surface chemistry and hydrophilicity of both Xeal and TiUltra is preserved with the Protective Layer. This ensures that every implant and abutment arrives in pristine conditions – to you and to your patients.

Pristine surface

The surface chemistry and hydrophilicity of both Xeal and TiUltra is preserved with the Protective Layer. This ensures that every implant and abutment arrives in pristine conditions – to you and to your patients.

Surface technologies

Roughness, porosity and surface chemistry are important factors for tissue integration. Especially surface chemistry plays a vital role in enhancing cell attachment. Learn more about the unique advantages of anodized surfaces.

Surface technologies

Roughness, porosity and surface chemistry are important factors for tissue integration. Especially surface chemistry plays a vital role in enhancing cell attachment. Learn more about the unique advantages of anodized surfaces.

Request visit

Talk to your sales representative to learn more about the new surfaces, Xeal and TiUltra