• Highly-polished surface designed to reduce friction¹
      Polished surface helps to reduce friction between the cement and the implant reducing potential for third body wear; polished double tapered design helps to create radial compressive loading.
• Collarless neck helps to facilitate adjustments
      Collarless neck helps to allow intraoperative leg length adjustment aided by reference points on both the stem and the rasp.
• Robust choice of size ranges and offsets
      Comprehensive selection of size ranges and offsets provide 19 primary stems; 5 long stems are also available that are commonly used for revision cases with Impaction Grafting and that use Exeter X-change Revision Instrumentation.
• Six offset options for every anatomy
      Six offset options (30, 33, 35.5, 37.5, 44 and 50 mm) offer beneficial solutions for almost every anatomy.
• Innovative, hollow PMMA centralizer
      Innovative hollow PMMA centralizer is designed to allow stem to engage distally within the cement mantle, subjecting the cement to compressive loading, and reducing end bearing of the stem directly onto the cement.

Exeter Cemented Femoral Stem with Distal Centralizer	Orthinox Heads	Exeter Femoral Stem with Orthinox Head

References:
1. Timperley AJ, Gie GA, Lee AJC, Ling R.S.M. The femoral component as a taper in cemented total hip arthroplasty. Journal of Bone and Joint Surgery 1993; 75-B Suppl 1:33