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ReUnion RSA
Reverse Shoulder Arthroplasty System

Shoulder replacement intended for primary fractures or revisions.

ReUnion Shoulder 

The ReUnion Shoulder System offers novel technologies such as X3 highly crosslinked polyethylene, Tritanium 3D porous metal, and SmartLock variable angle locking screws in a shoulder arthroplasty system, combined with patented intuitive instrumentation designed to provide simple solutions to complicated procedures.

Fully convertible platform humeral stems provides intraoperative and postoperative flexibility for you and your patients when deciding between a hemi, anatomic total or reverse shoulder arthroplasty.

  • Tritanium 3D porous metal backed glenoid baseplate; allows mechanism for bony ingrowth1
  • Curved back baseplate geometry allows mechanism for shear resistance2
  • SmartLock compressive locking center screws
  • SmartLock variable angle locking peripheral screws with a 30° cone of angulation
  • Humeral inserts made with X3 highly crosslinked polyethylene
  • Streamlined and intuitive platform instrument system

 

Part 1 of 3 RSA Live Procedure

Dr. Willis demonstrates exposure and humeral prep during this live surgery recording.

 

 

Part 2 of 3 RSA Live Procedure

Dr. Willis demonstrates glenoid preparation in an RSA procedure.

 

 

Part 3 of 3 RSA Live Procedure

Dr. Willis demonstrates closure of an RSA procedure.

 

 

ReUnion Shoulder Arthroplasty: Stryker R&D’s 2018 Best Product Award

Hear from surgeons what they love most about the ReUnion Shoulder Arthroplasty system.

 

 

Reverse Total Shoulder Arthroplasty- Live Surgery

Surgery performed by Dr. Mighell and moderated by Dr. Sanchez-Sotelo using the ReUnion Shoulder.

 

 

Cecil's experience with RSA

Cecil describes the decision making process, his previous limitations and how his life has changed after the procedure.

 

 

ReUnion RSA operative technique
ReUnion RSA operative technique
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  1. Stroud N. J., DiPaola M. J., Martin B. L., et al, “Initial Glenoid Fixation Using Two Different Reverse Shoulder Designs with an Equivalent Center of Rotation in a Low Density and High Density Bone Substitute,” J Shoulder Elbow Sur (2013) 22, 1573-1579
  2. Anglin C., Wyss UP., et al., “Mechanical Testing of Shoulder Prostheses and Recommendations for Glenoid Design,” J Shoulder Elbow Surg, 2000; 9:323-31.

RU-AWI-2, 07-2017

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