Extension

Flexion

Adjacent Segment Protection

Functionally Dynamic

Physiological center of rotation

Controlled rotational stability

Axial Compliance

Shock absorption capabilities

Compressible in flexion

Anatomical Design

Excellent endplate accomodation for primary stability

Atraumatic anchorage to avoid heterotopic ossification

Teeth located anteriorly for secure anchorage

3 implant heights for appropriate height restoration

4 different footprints for proper endplate coverage

Single-Piece Implant

Excellent fatigue strength

No wear debris

Titanium alloy

Ease of Use

Standard surgical technique

Easy instrumentation

Implant insertion under compression (reduced height)

Depth stop for trial implants and insertion instrument

*Patents Pending in the U.S. and Worldwide.