Characteristics
CONNECTION:
- 11° conical connection with double internal hex
- Single platform for all diameters.
- Platform switch.
CORTICAL ZONE
- Microrings.
- Inverted cone cortical macro-design.
CONICAL BODY
- Double threaded.
- Variable geometry:
- Coronal – thick trapezoidal thread.
- Middle – thinner trapezoidal thread.
- Apex – V-shaped thread.
APEX
- Oblique apical windows.
- Self-tapping active apex.
- Atraumatic rounded apex.
INDICATIONS
- Bones of very poor quality.
- Immediate loading.
- Immediate postextraction implant placement.
- Aesthetic anterior segment.
Advantages
- The conical connection prevents micromovement and microfiltration at the implant-abutment interface.
- The single platform provides a significant simplification of prosthetic procedures.
- The reverse taper neck mitigates cortical stress during surgery.
- The thread design confers a very high primary stability even in poor quality bone.
- The active apex facilitates insertion axis correction in postextraction alveoli.
Advantages
- The conical connection prevents micromovement and microfiltration at the implant-abutment interface.
- The single platform provides a significant simplification of prosthetic procedures.
- The reverse taper neck mitigates cortical stress during surgery.
- The thread design confers a very high primary stability even in poor quality bone.
- The active apex facilitates insertion axis correction in postextraction alveoli.
Titansure® surface
Implants inserted following surface treatment are known to beneAt from improved osseointegration by increasing the bone-to-implant contact area. This is partly due to the implant's chemical composition and topographical characteristics.
With our Tibansure· surface treatment, at Ziacom Medical we have obtained a contaminant-free surface topography and optimal average macroand microporosity values, which are key speciAcations for achieving prompt and proper osseointegration and, in turn, extremely reliable and predictable implants.
TITANSURE® SURFACE ANALYSIS
TITANSURE® is an SLA surface treatment created through a subtraction process involving sandblasting with white aluminium oxide and double acid etching with hydrofluoric acid and a sulphuric/phosphoric acid mix.
Surface morphology analysis
With the aid of a scanning electron microscope (FEI TENEO, Thermo Fisher ScientiAc Inc, Waltham, MA, USA), we can see the rough, porous surface creating numerous cavities with thin, sharp edges.
Titansure Active surface treatment Ziacom® presents the Titansure Active surface treatment with bone bioactive liquid (BBL) as the latest innovation for the presentation of our dental implants. The Titansure Active surface treatment is a combination of Titansure with BBL technology (Bone Bioactive Liquid), a patent acquired by Ziacom® and developed by the Biointelligence Systems research group led by Professor Maher Al-Atari Abou-Asi. “BBL technology consists of a saline solution containing calcium chloride (CaCl2) and magnesium chloride (MgCl2.6H2O) with a net negative charge and creates the ideal conditions for post-implant cell adhesion in the region with bone damage. What is more, surface treatment with BBL provides a significant increase in the density of hydroxyl groups on the surface of implants, thus improving their hydration considerably compared with other surfaces. This hydrophilic implant surface is precisely what enables active ion interaction with blood plasma and bone-forming cells long before the first steam cells can attach to the surface. Finally, this yields improved intercellular communication and a greater final bone-to-implant contact area in a significantly shorter time, thereby markedly reducing the postoperative inflammatory process.”
Dr. Prof. Maher Al Atari
