The implant body was designed to provide maximum bone adaptation across the different bone regions along the implant. At the top of the implant, the reverse-tapered neck design reduces forces on crestal bone. The groove right below its neck into which all three threads lead, allows a better force distribution under the bone crest.

Furthermore, the macro-threads design of the cervical area exhibits a square-thread pattern which minimizes stress and cortical load, thus better protecting the cortical bone. The well-proven standard 60 degree threads finally increase bone surface area in the spongiosa for optimal bone-to-implant contact.

Three independent threads start 120° apart and spiral around the implant body and end on the crestal vertical groove. Triple threads provide a lead of 1.8 mm per rotation as an average.

A high primary stability of dental implants is a key success factor especially with modern treatment concepts such as early or immediate loading. An ongoing in vitro study* evaluates the primary stability of different implants**. The implants were inserted into artificial bone using a torque gage to determine the maximum insertion torque. The table above shows the measured insertion torques from the tested implant systems***.