One Piece of a Complete Solution

The fully porous, distal fixation philosophy of the Arcos One-piece Femoral Revision System offers three cylindrical, forged titanium stem options with a unique size range to address a wide range of femora, including patients of small stature.


  • Hip Arthroplasty
  • Revision Hip



  • Fit and Fill
  • Cementless


  • Revision Hip Arthroplasty
  • Femoral Reconstruction

System Features

This system is designed to address the distinct needs of individual patients, while simplifying surgical workflow and reducing instrumentation burden.

Collared Broach Body Femoral Stem

Designed to provide rotational stability and proximal offloading to address complex primary and simple revision (Type I and II femoral defects) total hip arthroplasty (THA).

Non-collared Broach Body Femoral Stem

Shares many of the same design features as the collared stem option

Calcar Replacing Femoral Stem

Designed for cases that involve deficiencies in the medial calcar, where proximal femoral support is desired. This design maintains the same features of the Non-collared Broach Body stem, with the addition of a calcar shelf to address Type IIIa femoral defects.



Unique Size Range

  • Address a large number of femora, including patients of small stature

Dual Distal Relief

  • 210 mm features a dual distal relief, allowing for easier insertion into the femoral canal, accommodating the bow of a femur in both left and right femurs


  • Proximal loading collared or collarless broach body

Controlled stem seating depth

  • Calcar shelf designed to control stem seating depth in cases with medial calcar defects

Simplified Workflow

  • Reduced instrumentation for intraoperative efficiency, simplified workflow and reduced cost burden


The Arcos Platform - Comprehensive Solutions that Simplify the Complex

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Additional Information

Tailored resources for your patients.

Find videos, articles, and interactive content to guide your patients throughout their surgical journey on, our dedicated patient recovery site.