EMPOWR Acetabular® System
EMPOWR Acetabular® System
EMPOWR Acetabular® is DJO’s modern, premium, intelligently designed acetabular system that features advanced fixation technologies and accepts both vitamin E polyethylene bearing and a dual mobility metal liner.
All EMPOWR Acetabular cups have DJO Surgical’s Proprietary Titanium Porous Coating, P2, which is the first porous coating in the world wherein the non-spherical bead itself is also porous. These two distinct pore sizes aid in both immediate and long-term fixation.1 The highly porous coating has been demonstrated to show disappearance of zone 2 radiolucent lines at one year follow up signifying osseointegration.2
Utilizing anthropometric data & CT based insights on average pelvic anatomy, EMPOWR cup is designed to accommodate differences in natural hip anatomy of patients.8 This system features a thin cup which allows for larger femoral head options, without compromising on polyethylene thickness, designed to aid in enhanced joint stability and greater range of motion.3 It is also the first and only major acetabular system to meet new 2014 version of impingement test4, which is an aggressive multi-axis fatigue AND wear test.
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Comprehensive THA solution
EMPOWR Acetabular™ System is versatile and comprehensive, offering a number of shell options, poly bearing, and femoral heads.
The shells include solid back, cluster, as well as revision multi-hole options. The system features HXe+ polyethylene in neutral, 10° hooded, +4mm offset, and +4 10° face-changing liners. Vitamin E is blended right into the resin, assuring complete homogeneous distribution.
EMPOWR Acetabular System, when combined with DJO’s range of femoral stem offerings can cater to a variety of surgeon preferences and patient needs.
Introducing EMPOWR Acetabular™
- Data on file at DJO Global. Laboratory testing does not necessarily indicate clinical performance
- Zielinski, et al. The Fate of Zone 2 Radiolucencies in Contemporary Highly-Porous Acetabular Components: Not All Designs Perform Equally. Presented on Friday, November 3, 2017 at the AAHKS Annual Meeting.https://aahks.scientificposters.com/epsAbstractAAHKS.cfm?id=2
- Burroughs B, et al. Range of motion and stability in total hip arthroplasty with 28-, 32-, 38- and 44-mm Femoral Head Sizes In Vitro Study. J Arthroplasty. 2005;20(1):11-19.
- Data on file at DJO Global. Laboratory testing does not necessarily indicate clinical performance
- EMPOWR Acetabular™ System allows for acetabular prep with just ONE Tray if using a straight cup impactor, and no trials
- Data on file at DJO Global. Laboratory testing does not necessarily indicate clinical performance
- e+™ testing data on file. Bench test results not necessarily indicative of clinical performance.
- Shallenberg, A. “STATISTICAL SHAPE MODEL OF THE PELVIS TO DRIVE SECONDARY INITIAL ACETABULAR FIXATION DESIGN.” Orthopaedic Proceedings. Vol. 101. No. SUPP_5. The British Editorial Society of Bone & Joint Surgery, 2019
- For posterior surgeons who don’t trial