Bone-saving metaphyseal anchoring

Material: TiAl6V4 (ISO5832-3)
Coating: Proximal: Porous  Ti/HA-VPS 
Implantation: cementless
Sizes: 0 – 9 (85,5 – 115,9 mm)
Taper: 12/14

Anchoring principle: Double conical basic form
Rotationstability: Trapezoidalcross section

 

Minimal bone loss

Due to the anchoring of the shank in the proximal metaphysis of the femur a minimum of bone must be sacrificed .

Physiological force

The BreXis short- stem prosthesis directs the force as in the bones , where it also occurs in healthy bones, anatomical and physiological properly , following the trabecular structures and the Wollf’schen law bearing in mind the power flow through the femoral neck into the metaphysis is initiated.

Stable anchoring

Security against subsidence and high rotational stability are key factors for the success of femoral neck prosthesis . The short shank BreXis to know of each other directed proximal to distal tapered side surfaces , in order to achieve maximum axial anchorage. Mounted in the proximal third of the macrostructure increases towards the bone contact surface and also increases the security against subsidence . The strictly trapezoidal cross section is held stable in terms of rotation