• Surface microgrooves help distribution of forces at bone level in another feature directed at preventing bone loss.

• Strong solid body of implant makes it ideal for placement in Type 1 or 2 bone.

• 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.

• The opposing Morse tapers of conical connection and the proprietary abutment prevent loosening of the abutment and the restoration. In preliminary testing this resistance was manyfold of the regular abutment with the ledged internal screw retention.

• Tapered neck provides for increased bone thickness at crestal level. This feature helps resist bone resorption and loss.

• Only compacting threads immediately preceding the neck of implant. Will help bone to relax and engage the tapered neck area.

• Alternating engaging and compacting threads.

• Enhances smooth placement with minimized friction. Initial placement results in spiral band of compacted bone further increasing initial stability.

• Surface microgrooves help distribution of forces at bone level in another feature directed at prevention of bone loss.

• Tapered neck provides for increased bone thickness at bone level. This feature helps resist bone resorption and loss.

• The aggressive threads align the implant in osteotomy, assure maximum initial stability while providing for increased surface area for long term soundness.

• The opposing Morse tapers of conical connection and the proprietary abutment prevent loosening of the abutment and the restoration. In preliminary testing this resistance was manyfold of the regular abutment with the ledged internal screw retention.

• The threads at final bone level third feature combined cutting / compacting microdesign. This feature assures bone rebounding back to tapered neck assuring best possible adaptation of bone to the implant and faster healing time.

• The tapered inner core with expanding threads of implant allows for maximum surface area while enhancing smooth, friction free placement.

• This implant is versatile, yet especially ideal in type 3 and 4 bone.

• A reverse taper secures placement in areas of depleted bone. Ensures initial stability by preventing over rotation at initial placement.

• Bone compacting features assure additional initial stability.

• Fully surface treated slope results in close osseointegration and tissue adaptation.

• Greatly enhanced threads maximize surface area for initial and long-term stability.

• Rounded apical portion secures Schneiderian membrane approach.

Out Classic fixture with innovative enhancements:

• An increased internal threading torque screw from accidental loss.

• A time-proven hexagonal connection compatible with all Zimmer surgical and prosthetic systems, parts and protocols.

• Threading transitions from cutting to compacting assuring maximum bone-to-implant contact and increased osseointegration.

• An innovative internal Morse taper secures the abutment for unequal long-term stability.

• Surface microgrooves help distribution of forces at bone level is another feature directed at prevention of bone loss.

• Tapered body for smooth, friction free placement.

• Aggressive threading for high surface area contributes to both initial stability and time proven stability.

• An increased internal threading torque screw from accidental loss.

• A time-proven hexagonal connection compatible with all Zimmer surgical and prosthetic systems, parts and protocols.

• An innovative internal Morse taper secures the abutment for unequal long-term stability.

• Surface microgrooves help distribution of forces at bone level is another feature directed at prevention of bone loss.

• A solid mildly tapered body for toughest situations.