The surface of the ICX implants is sandblasted and high-temperature etched, which allows an osteophilic surface morphology with a bimodal structuring for reliable biological and mechanical anchorage of the bone with the material in the microscale.
The entire implant geometry of the ICX implant system has been developed according to the latest design and functional principles. High primary stability is achieved via the self-tapping apical thread. The unique, protected condensation thread in the middle to upper implant area ensures good compaction of the cancellous bone.
The microthread in the area of the implant neck establishes the desired cortical bone contact and thus ensures optimized, physiological force transmission in this area.
The slightly beveled, microrough surface of the implant shoulder allows permanent apposition of crestal bone in the shoulder region and thus promotes secure and permanent stability of the peri-implant bone level for the necessary stabilization of the soft tissue.
The platform switch also promotes better apposition of the bone and moves the implant-abutment interface further away from the biologically relevant bone interface.
Studies and publications for download
804 KB)" rel="nofollow" class="ddownload-link id-70262 ext-pdf">First Clinical Experience with the ICX-Active Master Implant System: A 3-year Retrospective Study (804 KB)
698 KB)" rel="nofollow" class="ddownload-link id-66701 ext-pdf">Independent test laboratory confirms superhydrophilic surface of ICX-Liquid implants (EN) (698 KB)
2 MB)" rel="nofollow" class="ddownload-link id-11567 ext-pdf">DYNAMIC FATIGUE TESTS according to DIN EN ISO 14801 Folder (EN) (2 MB)
2 MB)" rel="nofollow" class="ddownload-link id-11566 ext-pdf">ICX-QUALITY AND BIOCOMPATIBILITY Folder (EN) (2 MB)
2 MB)" rel="nofollow" class="ddownload-link id-11569 ext-pdf">ICX SURFACE OF THE ICX-Premium Folder (2 MB)
4 MB)" rel="nofollow" class="ddownload-link id-4728 ext-pdf">BDIZ EDI-Implant Study 2014/15 (EN) (4 MB)
2 MB)" rel="nofollow" class="ddownload-link id-5046 ext-pdf">Study results ICX-Premium Folder (EN) (2 MB)