PROTECTION
AND STABILITY The progressive spiral has an increased pitch with atraumatic self-threading.
It fits quickly, avoiding the risk of bone damage. The compactness of the bone is preserved because a few screwings are enough to obtain the optimal self-threading to achieve perfect stability without bone overheating.
AND STABILITY The progressive spiral has an increased pitch with atraumatic self-threading.
It fits quickly, avoiding the risk of bone damage. The compactness of the bone is preserved because a few screwings are enough to obtain the optimal self-threading to achieve perfect stability without bone overheating.
PROTECTION
AND STABILITY The progressive spiral has an increased pitch with atraumatic self-threading.
It fits quickly, avoiding the risk of bone damage. The compactness of the bone is preserved because a few screwings are enough to obtain the optimal self-threading to achieve perfect stability without bone overheating.
AND STABILITY The progressive spiral has an increased pitch with atraumatic self-threading.
It fits quickly, avoiding the risk of bone damage. The compactness of the bone is preserved because a few screwings are enough to obtain the optimal self-threading to achieve perfect stability without bone overheating.
The slightly inverted neck allows the cortical area to breathe and to compensate for the gap deriving from the minimally invasive passage of the fixture by exploiting its elasticity.
The perimeter of clot that will naturally be created will regenerate itself as a resistant bone matrix (callus), avoiding any V-shaped resorptions that would cause future peri-implantitis.
The perimeter of clot that will naturally be created will regenerate itself as a resistant bone matrix (callus), avoiding any V-shaped resorptions that would cause future peri-implantitis.
INCREASED PRIMARY STABILITY IN THE MEDULLARY AREA The rounded and shaped apex helps the optimal positioning of the implant through self-centering in compliance with the anatomical limits.
The conical profile of the spiral progress, even in dehiscent areas, avoids the risk of fenestration and generates an expansion of the progressive area which keeps it vital while respecting the trabecular microcirculation of the medullary structure (thanks to the undersized burring).
The conical profile of the spiral progress, even in dehiscent areas, avoids the risk of fenestration and generates an expansion of the progressive area which keeps it vital while respecting the trabecular microcirculation of the medullary structure (thanks to the undersized burring).
The same spiral, which starts from the thin and sharp apex, undergoes a transformation due to the expansion of the implant body, that is, it changes in shape, becoming thicker without becoming more aggressive.
The created pressure allows a variable stability that is later replaced by cervical microspirals.
The created pressure allows a variable stability that is later replaced by cervical microspirals.
IMMEDIATE LOADING
AND EARLY LOADING:
NO PROBLEM! The thread of the fixture, its particular conical shape and the perfect relationship with the dedicated bur, allows to obtain an ideal implant site regardless of the type of bone in which the implant is inserted.
AND EARLY LOADING:
NO PROBLEM! The thread of the fixture, its particular conical shape and the perfect relationship with the dedicated bur, allows to obtain an ideal implant site regardless of the type of bone in which the implant is inserted.
The Light implant has a single connection compatible with the entire NSI prosthetic range. It has a tolerance of 10 microns and a 45 ° conometric coupling of the collar. Few valid components, versatile and easy to manage, are present in the All Inclusive FULL PACK. Discover the FULL PACK
FREE DISPOSABLE
STERILE PROSTHETIC KIT
FOR AN AGILE AND INTUITIVE
IMMEDIATE LOADING
STERILE PROSTHETIC KIT
FOR AN AGILE AND INTUITIVE
IMMEDIATE LOADING
The kit consisting of sterile analogue-transfer-cap allows you to immediately take the impression, provide the preformed analogue to the technician and apply an immediate temporary element thanks to the use of the sterile cap included in the blister, thus optimizing the time for the finalization of the (even final) immediate loading prosthesis within 48-72 hours.