SURFACE
Optimal Bone-Implant Integration BCP Surface Technology
Hydroxyapatite and tricalcium phosphate, key ceramic components in dental biomaterials, closely mimic the structure of natural bone. ImplatechOne implants leverage a biocompatible Biphasic Calcium Phosphate (BCP) blasting, enriched with over 65% hydroxyapatite. Through a precise micro-blast process, we achieve a uniformly textured surface, fostering exceptional bone-implant contact.
ImplatechOne utilizes BCP, a superior material sourced from the USA and composed of over 65% HA, to roughen the surface. Unlike traditional methods, this process is entirely chemical-free, requiring no subsequent cleaning.
As a result, the need for acid-based passivation is eliminated, ensuring a safe and effective treatment.
The latest generation, tissue-friendly Biphasic Calcium Phosphate Surface
The most important factors affecting biological compatibility and osseointegration are the raw material of the implant body, surface structure, surface shape, and cleanliness of the surface.
While ImplatechOne is milled from Titanium Grade 4 rods with a production technology that is sensitive to nature and humans, “DEIONIZED WATER” is used for cooling purposes and this method eliminates all the negative aspects that oily production may cause on the surface. After the milling process, the implant bodies, which are cleaned by ultrasonic and walnut shell polishing, are made ready for “Biphasic Calcium Phosphate” surface treatment for optimum bone compatibility and tissue-friendly properties.
In Biphasic Calcium Phosphate Surface Morphology, bone-to-implant surface contact ratio is 35% higher than other surfaces.
With the Biphasic Calcium Phosphate surface technology from USA, the implant body surface is standardized homogeneously in the 1.4 ~ 1.8-micron range, which is defined as the best surface microporosity range for osseointegration specified in many scientific publications. Implant bodies that come out of the surface treatment process are checked 100% with the latest technology laser and optical systems.
Hydroxylapatite >65%, b-TCP, a-TCP, and TTCP phase <35%
Implant bodies with tested surfaces have a shelf life of 5 years with GAMA Sterilization.
