Bone conservation designed to help restore patient anatomies.

Introducing the new Fitmore Hip Stem. The Zimmer Fitmore Hip Stem is a bone-preserving system of implants that is specifically designed for use with less invasive surgical procedures. The system aims to provide stable reconstruction of each individual’s anatomy through its innovative concept of matching stem offset with different medial curvatures. The triple taper design and proximal Ti-Plasma coating enables secure press-fit, while the trapezoidal cross-section provides for rotational stability. Why Fitmore. • Preserves natural bone in the greater trochanter • Different medial curvatures to...

Proven design Innovative approach to design. The triple taper design with proximal Ti-Plasma coating creates a press fit and proximal transfer of forces, which is supported by the apposition on the calcar region. The Fitmore Hip Stem utilizes clinically proven materials and design. · Protasul® - 64 WF Titanium alloy (Ti Al6V4) · Ti-Plasma (Ti-VPS) coating on the proximal surface · Rough blasting distally The Ti-Plasma coating and the rough blasted surface allow for excellent bone on-growth. The Fitmore system is comprised of three different families, with Family B available in an extended offset...

Bone conserving. Bone conservation is an important part of total hip arthroplasty. By removing as little bone as possible during a primary operation, the surgeon leaves more options for any potential future revision surgery. The Fitmore’s short curved stem design helps conserve bone. The Fitmore Hip Stem’s short length and curved design helps preserve the patient’s natural bone in the greater trochanter, where it matters most. Muscle and soft tissue sparing. Zimmer has been at the forefront of less invasive approaches to total hip arthroplasty. As the leader in minimally invasive solutions, Zimmer...

Muscle and soft tissue sparing to enable MIS surgery. Fitmore Stem’s offset is independent of the stem body size in order to accommodate large offsets with thin medullary canals. Each stem family follows a different medial contour which allows for a more accurate reconstruction of the patient’s femoral medial contour. The Fitmore Hip Stem is available in four offset versions with three different stem bodies. The stem offset fits to its medial contour to create more precise reconstruction of different femur morphologies. A large offset-range allows for a more precise restoration of the patient’s...

Please refer to package insert for complete product information, including contraindications, warnings, precautions and adverse effects. Contact your Zimmer representative or visit us at www.zimmer.com