The surface with the lowest risk of developing peri-implantitis.(1)
Crestal or Subcrestal placement
Microstructured High Purity Surface (SAP)
Sandblasted small grit | Acid etched triple attack | Plasma Double treatment.(2)
3 Flat Apex
Prevent accidental injury to noble structures and create a better stress and strain distribution.(3)
4 Back Tapered and Platform switching
Greater amount of bone at the crest level and greater support for the soft tissue.(4)
Reduce stress and promote new bone formation.(5)
Optimized Thread Design
Trapezoidal design with decreasing depth to optimize the primary stability.(6)
Body Design for total control
2 year-long tests to study and develop a specific thread design for each implant diameter, based on dynamic screwing in different types of bone. Through this research a different thread design was selected for each diameter to allow for a better control during insertion and, above all, total control when it is necessary to allocate the implant in a different position.
The presence of a machined surface in combination with micro threads, allows to reduce the risk of developing peri-implantitis without compromising the stability of marginal bone levels.