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Unalloyed Titanium ASTMF67
(Commercially pure titanium grade 4)
• Easy and fast insertion may be achieved thanks to the double-threaded tapered body design.
• The design may be beneficial in marginal bone preservation.*
• Coronal bevel edge may facilitate more soft tissue or bone growth
• Milled bevel edge, not polished
• 3 blade self-tapping design
• Flat apical end
• Efficiency in all bone types
• Sharper threads can minimize bone trauma
• Deeper thread for greater primary stability
• Increased thread pitch for more bone-implant contact
• Single connection across all diameters of implants
• One abutment screw fits all abutments and implant platforms
• One Hex screw driver fits all abutment screws
• All implant diameters share the same conical connection
• All implant diameters share an internal hex for indexation
• Gold-hue Tissue contour abutments
• One hex connection throughout the system.
• Cutting flutes length of implant for increased efficiency.
• Thread design.
(Sandblasting with large grits and acid etching)
Well documented and clinically proven surface technology.
Reference: Myron Nevins, et al., :”Clnical and Histologic Evaluations of SLA Dental implants” Int J Periodontics Restorative Dent 2017; 37:175-181. dol: 10.11607/prd.3131
Hex interface increased.
• Long cutting edge up to the implant neck.
• Aggressive threads design.
Increased abutment screw connection to implant internal threads.
• 3 blade self-tapping design minimizes bone compression trauma.
• Flat apical end prevents bone perforation risk.
• Internal Hex
• Connical
• 3.6mm
• 4.0mm
• 4.5mm
• 5.0mm
• 5.0mm
• 5.8mm
• 8mm
• 10mm
• 12mm
• 14mm
Ti-G4
Platform: Ø3.6 / Body: Ø3.4
(1000rpm / 30~45N-cm)
Platform: Ø4.0 / Body: Ø3.8
(1000rpm / 30~45N-cm)
Platform: Ø4.5 / Body: Ø4.3
(1000rpm / 30~45N-cm)
Platform: Ø5.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø6.0 / Body: Ø4.8
(1000rpm / 30~45N-cm)
Platform: Ø7.0 / Body: Ø5.8
(1000rpm / 30~45N-cm)
