With our ET NH Implant, you and your patients are given several benefits due to its unique nanolayer of bio-resorbable apatite coating, which has super hydrophilic properties for more successful, simple, and predictable implant healing.
ET NH Implant System
Our ET implant’s tapered body provides outstanding primary stability and surgical simplicity.
Hiossen ET implant’s aggressive thread design, cutting edge, and open crestal module increase stability at the outset.
In addition, our unique bio-resorbable nano-layer coating enhances hydrophilic properties by improving blood affinity to the implant.
Both mechanical and biological features contribute to the process of accelerated osseointegration and enable dental clinicians to perform immediate placement with confidence.
This prospective clinical study conducted in 2018 shows the ISQ (Implant Stability Quotient) measurement for four weeks after implant placement using Hiossen ETIII NH Implant. The following table shows the mean ISQ values of implants placed on the maxilla and mandible during the clinical study period. No implant failure or complication occurred. The high ISQ value of over 75 from implant placement indicates strong initial stability after implant placement. Throughout the osseointegration period of four weeks, the mean ISQ value improved with no stability drop.
The super-hydrophilic surface improved wettability, significantly increasing blood adhesion. During the remodelling phase, the nano apatite coating was absorbed and the newly formed bone was integrated into the SA surface. The results of this study demonstrate that Hiossen ETIII NH Implant greatly improves the healing process and supports functional loading after approximately four weeks.
Faster Bone Healing. Improved Osseointegration.
Hiossen’s ET NH (Nano-hydrophilic) provides a unique surface treatment that features a hydrophilic SA combined with a low crystalline Nano-HA. This super hydrophilic NH surface helps ensure optimal treatment outcomes with every implant you place on any type of bone, providing faster bone healing and improved osseointegration.
