Surface Technology
Surface Treatment
for Enhanced Predictability
& Clinical Success
Numerous scientific studies worldwide have proven that implant surface topography is an important factor in achieving osseointegration. Mechanical & chemical surface treatment increase the implant surface area, allowing enhanced bone to implant contact. Clinical research data shows that Alpha-Bio Tec.'s implants achieve clinical success rates of 98.3% & 99.6% in immediate loading procedures.
NiNA™
Surface
Discover a new world
of confidence and
performance
Enhanced bone
attraction
Increased surface
area & BIC
(Bone Implant Contact)
Faster healing
time
NiNA™ is an advanced hydrophilic
surface consisting of multiple levels:
- The basic micron level produced from the known and trusted sandblasted and acid etched treatment
- New innovative TiO2 structures on the nanometric level
- A protective layer deployed on the implant to maintain the Titanium's natural hydrophilic properties
Nanostructures
Visible nanoscale TiO2 structures increase surface area
and actively promote osteoblast bone formation.
The active attraction of osteoblasts, combined with
surface hydrophilicity, enhances a biological response
accelerating wound healing processes.
SEM images of a 15K magnification of a sandblasted and acid-etched implant (A) vs. a 200K magnification
of NiNA surface treatment (B), demonstrating growth of TiO2 structures on the implant surface.
Dry Packaging
Preserved Hydrophilicity at Every Step of the Procedure
The NiNA™ surface technology enables the implant to be delivered in an easy-to-use dry package, designed for maximum comfort and ergonomics.
The dry packaging enables the implant to maintain its hydrophilic properties even when removed from the package.
NEW LAUNCH
MultiNeO™ Powered by NiNA™
Is the synergy between an innovative active implant and
an advanced bioactive NiNA™ surface enabling you to
enhance your clinical performance and confidence in
immediate implant and loading procedures.
Explore
NanoTec™
Discover a new world
of confidence and
performance
NanoTec™ implant surface is achieved through a mechanical & chemical surface modification process, which involves sandblasting and double thermal acid etching, for the creation of micropores (sized 1-5 microns).
Clinical Features & Benefits
- high surface area differentiation
- Increased blood and plasma proteins absorption into the implant's micropores
- Early osseointegration immediately after placement
- High long-term BIC (Bone to Implant Contact)
- Increased secondary stability
- Higher predictability