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Outlink2 SLIM has an endosseous diameter of only 3.00 mm and its body is treated with ZirTi for a lenght of 10, 11.5 or 13 mm. The coronal portion, 1.80 mm high, is characterized, instead, by a machined surface. The Outlink2 SLIM implant, with over 5 years of clinical tests behind, is recommended for the rehabilitation of single elements in case of reduced space, in order to obtain a highly functional result and excellent aesthetics. The use of this implant with such a reduced diameter is also recommended to avoid bone regeneration techniques or orthodontic tooth movements, as well as in the presence of thin crests.
To complete the Outlink² implants line, short implants are also available. The Outlink² Shorty are fixtures with a reduced height, starting from 5.00 mm, ideal for situations of multiple prosthetic rehabilitations in which the bone crest available is limited.
The dimensions and diameters of the Outlink² range allow excellent application of Switching Platform protocols, using posts with a smaller diameter than the surface of the implant platform, so as to favour the osseointegration of the implant and improve the preservation of the peri-implant tissues. Prosthetization with the Switching Platform technique is indicated also for the Shorty line.
For inserting Shorty implants a special Drilling Kit has been created containing drills with a very short tip (with respective stops), specially designed for preparing the implant site with a limited bone thickness.
Outlink² implants are available both with a ZirTi surface, obtained by sand-blasting with zirconium oxide and subsequent acid etching with mineral acids: the neck of the implant is machined, the body is sand-blasted to obtain a high roughness that allows better control of any bacterial infections, and that helps the osseointegration process.
Lombardo L., Martini M., Cervinara F., Spedicato G.A., Oliverio T., Siciliani G.
Prog Orthod. 2017 Dec;18(1):26. doi: 10.1186/s40510-017-0178-9. Epub 2017 Sep 11.
BACKGROUND: The orthodontics industry has paid great attention to the aesthetics of orthodontic appliances, seeking...
Lombardo L., Arreghini A., Maccarrone R., Bianchi A., Scalia S., Siciliani G.
Angle Orthod. 2016 Jun 17
ABSTRACT
OBJECTIVE: To investigate thea stress release properties of four thermoplastic materials...
