HADRON NP-implant

HADRON NP-Implant
The first one millimeter of the implant neck is designed narrower than the implant body
diameter that helps to decrease the possible stress formation between implant-bone contact
surface around the neck region.
With the special design of the micro threads in the neck and its increased surface area, it allows
the peri-implant tissues to be attached to the neck area at the maximum level in the early period.
In the long term, it prevents marginal bone loss.
With the double helix thread structure which provides maximum primary stability. This particular
morphology, due to the combination of its spiral double threads, provides a greater surface area
between the bone and the implant, which accelerates the process of osteointegration.
Within the double helix structure, the outer wide thread design increases the primary stability
and reduces the stress that will occur on the bone, the inner narrow threads allow for the
reduction of the stress caused by compression and additional surface increase.
The aggressive helical thread structure increases primary stability by preparing its own thread
slot at the apex of the implant.
With the surgical set suitable for the conical body structure of the implant, ideal cooling is
provided during the surgical application and bone necrosis is prevented.
The 11° conical connection between the implant and abutment creates cold fission, increasing
mechanical resistance.
In SLA surface treatment, an ideal surface has been obtained by applying sandblasting and a
special acid process. Thus, microcracks and possible corrosion do not occur on the implant
surface, and optimal microscopic depth and width are obtained in titanium, which will increase
cell adhesion.
As a result of all these processes, HYDROPHILIC surface is formed.