IS⁺
• Dodecagonal conical connection (DR).
• Single prosthetic platform for all diameters.
• Subcrestal implant placement.
• Tapered collar to minimize cortical stress.
IC⁺
• Internal hexagon compatible connection (IR).
• Single prosthetic platform for all diameters.
• Active apex, self-tapping implant.
EC⁺
• External hexagon connection (ER).
• Ideal for All-on-4 and All-on-6 surgical protocols.
The thread, with variable depth and wide distance from the implant core:
It is characterized by the presence of deep longitudinal grooves which grants strong penetration features to the thread itself in the patient’s bone, contributing positively to increase the primary stability and avoiding the risk of unfastening of the implant, especially in situations of low bone density.
The single-lead thread with an optimized pitch according to the implant diameter: it allows a gradual insertion of the implant, with torque values that grow steadily, but which are already significant starting from the apical third.
MECHANICAL PERFORMANCE
The development of the product design has been accompanied by FEM (Finite Element Method) analysis, in-depth mechanical tests and fatigue strength tests conducted by accredited laboratories and in compliance to ISO 14801.
As a general rule, the implant with the largest possible diameter must be always used. Due to the reduced mechanical stability, implant with small diameter should be used only in cases where low mechanical load is expected.
Mechanical risks play an important role in implantology, since they can increase the likelihood of cases failure, resulting in waste of time and waste of financial resources for both clinician and patient.