Left: Bone within the pores of TiUnite^®.

Right: Cell extension of an osteoblast (bone-producing cell) anchored in a pore of TiUnite^®.

TiUnite^® allows bone to grow by osseoconduction along the implant surface (left) whereas bone formation on a machined implant surface (right) is characterised by bone apposition towards the surface.

Left: The groove at the thread flank takes the TiUnite^® implants to a new level of effectiveness.

Right: Bone forms more rapidly within the groove than on surfaces without the groove, resulting in faster osseointegration and increased implant stability.

Left: Bone within the groove of a TiUnite^® implant.

unique effective TiUnite^®

This is achieved through the unique properties of our biomaterial TiUnite^® in combination with Groovy, which means no healing time is required prior to functioning.

TiUnite^® is a highly crystalline and phosphorous enriched titanium oxide. It presents a microstructure without sharp features characterized by the presence of uniformly distributed open pores in the low micrometer range.  This surface is proven to interact with the biological environment and promote tissue integration.

TiUnite^® attracts bone-producing cells, allowing them to proliferate and form bone directly on the surface by osseoconduction. The result is a faster rate of osseointegration, and a remarkable ability to maintain the implant stability at a high level throughout healing.

increased stability with grooves

Adding grooves along the threaded portion of the implant brings a new dimension to our TiUnite^® implants.

The size of the groove is intermediate to the micro structured TiUnite^® surface and the macro design of the implant. The optimally dimensioned groove, together with the TiUnite^® surface, creates a favorable environment for preferential and faster bone formation within and along the groove.

The result is not only further enhancement of the rate of osseointegration, but also up to 30% higher implant stability due to increased mechanical bioanchorage of the implant in the surrounding  bone. The combined effect of TiUnite^® and the groove takes the Nobel Biocare implants and Immediate Function™ to a new level of effectiveness, and increases safety of implant treatment, especially in non-optimal bone situations.

Extending your range with NobelSpeedy™

Immediate Function™ protocols can be used together with all our implants, provided that primary stability is achieved at the time of implant placement. However, in compromised bone conditions it's sometimes difficult to achieve sufficient implant stability. That's why NobelSpeedy™ is specially designed to circumvent this problem.

The NobelSpeedy™ implant features a narrow implant tip with engaging threads. This enables you to place the implant in under-prepared sites and let it work as an osteotome. In this way, good mechanical stability can also be achieved in soft bone, making it possible to load the implant without waiting for the healing process to be completed. Although particularly effective in soft bone conditions, the NobelSpeedy™ design results in good insertion characteristics in all types of bone. This makes it an easy-to-use implant for various types of indications.