Surface microgrooves help to distribute forces to help minimize bone loss.
Dual Morse tapers at the conical connection and the proprietary abutment prevent loosening of the abutment and the restoration. In preliminary testing this resistance was markedly increased when compared to a traditional abutment.
Tapered neck provides for increased bone thickness at bone level. This feature helps resist bone resorption and loss.
Sweeping fluted concave channels allow for collection of excess marginal bone and reduce friction. Placement is smooth with lesser chance of locked implant and damage to conical connection.
Compacting threads that immediately precede the neck of implant will engage the tapered neck area.
Alternating engaging and compacting threads
Enhances smooth placement with minimized friction. Still, assures enhanced initial stability.
Surface microgrooves help to distribute forces to help minimize bone loss.
Dual Morse tapers at the conical connection and the proprietary abutment prevent loosening of the abutment and the restoration. In preliminary testing this resistance was markedly increased when compared to a traditional abutment.
Tapered neck provides for increased bone thickness at bone level. This feature helps resist bone resorption and loss.
Sweeping fluted concave channels allow for collection of excess marginal bone and reduce friction. Placement is smooth with lesser chance of locked implant and damage to conical connection.
Compacting threads that immediately precede the neck of implant will engage the tapered neck area.
Alternating engaging and compacting threads
Enhances smooth placement with minimized friction. Still, assures enhanced initial stability.