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 (<3.7 mm) 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.
During the planning phase of the treatment, particular attention must be paid to avoid potential conditions of excessive load in both implants and prosthetic components, such as:
⚫ Inadequate number of implants
⚫ Parafunctions of the patient
⚫ Inadequate implants length and /or implants diameter
⚫ Inadequate procedures during the prosthesis preparation
⚫ Excessive length of lever arms
⚫ Inadequate adaptation of the prosthesis
⚫ Incorrect positioning of the prosthesis
⚫ Trauma resulting from accidents or from the patient’s habits
⚫ Occlusal interferences with excessive lateral forces
The IS⁺ implant is highly versatile thanks to its particular morphology, and obtains excellent results in terms of ease of insertion and primary stability in any bone quality, ranging from cortical bone to the very soft one.
It is particularly suitable for early or immediate positioning after extraction or loss of natural teeth and for implant sites with newly formed bone.
The unique configuration of the threads profile offers, together with the morphology of the implant core and its surgical procedure, in addition to an excellent primary stability, a great BIC (Bone-to- Implant-Contact) value, thus making IS⁺ the ideal implant for immediate loading procedures in post-extraction implant sites or in area with newly formed bone.
CONICAL CONNECTION WITH
A DODECAGONAL POSITIONING INDEX
WIDE AND VARIABLE THREAD
WIDE LONGITUDINAL CUTTING FLUTES UP TO IMPLANT CORE
SELF-TAPPING IN EVERY BONE DENSITY
NARROW AND ACTIVE APEX
MATERIALS Our implants are made of commercially pure, cold worked titanium Grade 4 and feature the DAE (dual acid-etched) surface.
RELIABILITY The implant is particularly used in bone with a medium-low density, for single or multiple restorations on frontal or posterior teeth by preferentially deferred loading protocol.
PROSTHETIC CONNECTIONS MORSE-TAPER implant-abutment connection, with a conical portion at 11°, with a dodecagon configuration, which performs the function of prosthetic index, especially for single restorations
GUIDED SURGERY A careful planning of the surgical case through a fully digital workflow and the subsequent production of the surgical guide (3D Pilot).
4 IMPLANT LINES, ONE KIT
SIMPLICITY REDEFINED ONE KIT
The surgical tray is used for the secure storage and sterilization of surgical and auxiliary instruments.
The surgical tray is made of a highly shock-proof thermoplastic, which is well established in medical applications and the material is suitable for frequent sterilization in the autoclave. General guidelines for the cleaning and sterilization are given in the corresponding GENERAL SURGICAL GUIDELINES (Ref. 06200117)
The IS⁺ implant is suitable for endosseous implant treatment in the upper and lower jaw and for functional and aesthetic rehabilitation of patients completely or partially edentulous.
IS⁺ dental Implant is made of commercially pure, cold-worked titanium Grade 4 and features a DAE (dual acid-etched) surface treatment.
IS⁺ is a bone-level implant, which replicates the natural tooth root and it has excellent self-tapping features.
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