Flat-On

THE ONE-PIECE IMPLANT FOR EVERY CLINICAL NEED

Simple. Technological. Long-lasting.

• FUNCTIONS AS A BONE EXPANDER
• ONE THREAD THAT CUTS INCREMENTALLY AND ONE THAT COMPACTS
• REDUCED APEX

With BCL thread excellent primary stability even in cancellous bone.

The Flat-On implant with BCL thread (Bone Chips Layering) was designed to have high cutting action, distributing native bone over the entire implant surface (fig. 1).

The BCL thread and the morphology of the Flat-On implant reduce bone compression to achieve optimal primary stability, making immediate loading protocols predictable and minimally invasive.

The Flat-On implant with BCL thread was designed with ideal thread and angulation for bone type III and IV.

These characteristics together with a spherical, atraumatic apex with reduced diameter allow significantly undersized osteotomies compared to the implant diameter, achieving ideal primary stability.

FHS FAST HEALING SURFACE - SURFACE HEALING SPEED

SURFACE TREATMENT

The FHS surface is obtained with a sandblasting process with long-range roughness to which short-range roughness is superimposed due to double acid etching treatment.

This allows homogeneous surface microploughing to be obtained over the entire implant surface.

COLD PLASMA SURFACE DECONTAMINATION

This "sponge" topography offers an ideal structure for the adhesion of growth factors accelerating osseointegration time.

After surface treatments, implants are subjected to a careful decontamination process via cold plasma triggered by Argon GDT (Glow Discharge Treatment).

The GDT causes removal of every organic contaminant without leaving residues. This "atomic sandblasting" by activating ionization of the most superficial atoms of titanium oxide increases surface energy and wettability of the fixtures.

FLAT SYSTEM ON IMPLANT

Flat-On is an implant system that allows achieving maximum connection precision between implant and abutment while at the same time eliminating any interference, guaranteeing complete passivation of the screwed structure between implants regardless of any degree of misalignment.

In clinical practice it is often necessary, in order to achieve optimal primary stability, to insert implants with an inclination, sometimes even significant.

Thanks to the use of Flat-On implants it is possible to fabricate the prosthesis without the aid of different solutions such as angled abutments or other prosthetic devices.