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Alteon® Monobloc Revision Stem

The Monobloc Revision Femoral Stem intends to achieve axial and rotational mechanical stability and operative predictability through a carefully engineered combination of design features

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Alteon® Monobloc Revision Stem

The Monobloc Revision Femoral Stem intends to achieve axial and rotational mechanical stability and operative predictability through a carefully engineered combination of design features

Enter your email to access the white paper now and empower your practice for optimal patient care!


Axial Stability of Different Taper Angles

x-axis: Spine Angle (Deg)  /  y-axis: Axial Resistance (N/mm)

Taper Angle and Spline Design

The 3.5 degree taper angle and flat/broad spline geometry play an integral part in the mechanical stability that is designed to resist axial subsidence and rotation.1

Reamer and Trial-to-Implant Relationship Predictability

The surgical technique and instrumentation are designed to create a predictable relationship between the reamer, trial and implant locations. The result is a system with the potential for immediate and long-term center of rotation reliability and stability.

Discover the wealth of knowledge within the article on the effect of taper angle and spline geometry for revision stems.

Enter your email to access the white paper now and empower your practice for optimal patient care!