The surface of the ICX implants is modified by sandblasting and subsequent high-temperature etching, resulting in an osteophilic surface morphology with a bimodal structure. This promotes reliable biological and mechanical anchoring of the bone to the implant material in the microstructural area.

The overall geometry of the ICX implant system is based on current constructive and functional principles of implantology.
The self-tapping apical thread enables high primary stability, while the specially developed, protected condensation thread in the middle to coronal implant area supports effective compaction of the cancellous bone.

The micro-thread integrated in the area of the implant neck ensures targeted contact with the cortical bone and enables optimized, physiologically adapted force application in this zone.

The slightly beveled, microrough surface of the implant shoulder favors the long-term deposition of crestal bone in the shoulder area. This contributes significantly to the stabilization of the peri-implant bone level and thus supports the functional integrity of the surrounding soft tissue.

The platform-switching approach also promotes bone apposition and shifts the implant-abutment interface away from the biologically sensitive bone interface.