IMPLANT SURFACE
Osseointegration with over 30 years of history
BWS® surface is created by Dental Tech through a sandblasting and acid etching process. This double process allow to obtain an extremely clean surface with a uniform and homogeneous roughness that promotes cell adhesion.
OPTIMAL ROUGHNESS VALUE
Sandblasting and acid etching
Sandblasting and etching processes of the implant surface allow to obtain optimal roughness values that make the adhesion of fibrin to the surface more tenacious and facilitate the bone healing process, significantly reducing the time.
CONTACT OSSEOINTEGRATION
Fibrin Adherence
The capacity of BWS® to retain fibrin, lets osteoblasts migrate from the bone to the implant surface and reproduce there, generating new bone in direct contact with the titanium (contact Osseointegration).
CONTACT OSSEOINTEGRATION
Fibrin Adherence
The capacity of BWS® to retain fibrin, lets osteoblasts migrate from the bone to the implant surface and reproduce there, generating new bone in direct contact with the titanium (contact Osseointegration).
QUALITY CONTROL
The implemented protocol provides verification of each batch of production
After the surface treatment and the classic washings, Dental Tech Implants are additionally cleaned with Argon Cold Plasma to minimize carbon contamination.
The roughness associated with the Argon plasma treatment significantly reduces the percentage of carbon present, making BWS® a surface with reduced surface tension, increasing wettability (hydrophilicity).
This allows the blood to adhere perfectly to the micro surface structures during implant insertion, and facilitates the cascade of events that lead to the stabilization of the clot.
Subsequently, minute controls are performed on the fixture with scanning electron microscopes (SEM).
Packaging takes place in controlled environments with packaging impermeable to micro organisms.
A gamma-ray sterilisation process guarantees the destruction of all contaminants.