Revision Femoral Stem

The femur’s anatomical shape is accommodated by the design.

40 years of successful use

Proven by an abundance of clinical data.

Periprosthetic fractures occur at a minimal rate.

Implantation that is minimally invasiveinput:
output:Torsional forces are neutralized:The stem’s curved shape allows it to effortlessly enter the femoral canal, where it seamlessly conforms to the anatomy.Six This results in the prevention of stress peaks, which are a common occurrence in the three-point locking of straight shafts, and the stem has higher rotational stability.

This femoral stem, which has been available with a modular prosthesis head since 1984, was a massive success and significantly influenced the principle of the anatomical hip prosthesis.One The S-shaped curvature, which is consistent with the natural anatomy of the femur, has demonstrated exceptional success in this system. This has been repeatedly verified in a multitude of publications over the past 40 years, including the Swedish Hip Arthroplasty Register.1, 3 The C.F.P. stem, the SP-CL, and the ribbed prosthesis were all developed on the basis of the same principle, which was due to their exceptional clinical history.input:
output:Anatomical design:The stem’s anatomical shape allows it to be positioned centrally within the medullary canal. This ensures that the implant is optimally enveloped by a uniform cement coating. Concurrently, rotational stability is facilitated by the anteroposterior and mediolateral ribs.

Optimal anatomical reconstruction:The SP II provides a system that is highly modular. The anatomical structures in primary and revision arthroplasties can be reconstructed with the utmost flexibility due to the multitude of potential variations in CCD angle, neck length, and stem length.