Component malpositioning drives most TSA failures.1

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Learn how ROSA® Shoulder can help mitigate malpositioning.

A retrospective cross-sectional study was performed focusing on identifying the incidence of malpositioned components in conventional TSA and RSA.

Quantitative analysis demonstrated that the majority of glenoid and humeral components were malpositioned:1

   

51%

Glenoid malposition - TSA

   

93%

Glenoid malposition - RSA

 

57%

Humeral malposition - TSA

   

62%

Humeral malposition - RSA

But, a robotic system, like ROSA® Shoulder, for anatomic and reverse shoulder replacements could help mitigate malpositioning.

 

Precision placement with improved consistency over conventional instrumentation.2

Delivering real-time data to execute and validate your personalized TSA surgical plan for accurate glenoid and humeral component placement,2 while addressing known risks associated with component malposition3-6 in anatomic and reverse shoulder arthroplasty.

Tell me more about the malpositioning study & ROSA Shoulder!

Why Surgeons Choose ROSA® Shoulder:

Complete solution from pre-op to post-op

Industry’s first robotic system to support both glenoid and humeral preparation for anatomic and reverse techniques.

Optimal Flexibility

The flexibility to adjust surgical plan on demand and intra-operatively switch from an anatomic total shoulder to a reverse shoulder if needed.

Validated Reaming

Provides live feedback allowing for glenoid ream depth control and intra-operative validation of cuts.  For protection, the Robotic Arm will automatically stop reaming when the planned reaming depth is met.

Bolstering Confidence

Continual cross-validation to reduce reliance on manual estimation, helping verify bone registration, avoid rotator cuff insertion resection and support surgeon confidence.