Merging French innovation with U.S. performance
SBM’s rotator cuff repair platform combines biomaterial innovation with reusable surgical instrumentation to support strong tendon fixation while reducing surgical waste and improving OR workflow efficiency.
Rotator cuff tears represent one of the most common shoulder injuries treated in sports medicine. Arthroscopic repair techniques rely on strong fixation, precise suture management, and efficient surgical workflows to restore tendon attachment to bone.
SBM’s rotator cuff repair platform supports surgeons with advanced biomaterial anchors, high-strength tape sutures, and reusable instrumentation designed to optimize procedural efficiency while reducing disposable waste in the operating room.
The combination of EcoFix anchors, EcoPass L instrumentation, and PowerTape sutures provides a cohesive shoulder repair system that integrates seamlessly into modern arthroscopic techniques.
As a new launch in the U.S. market, this platform is positioned to give surgeons and distributor partners a modern shoulder solution that balances performance, workflow clarity, and sustainability.
These products form the core of the SBM rotator cuff repair offering for the U.S. market.
EcoFix is SBM’s anchor system designed for rotator cuff repair procedures. The system supports dependable fixation while integrating with reusable instrumentation to reduce surgical waste.
EcoPass L is a reusable suture passing instrument designed for shoulder arthroscopy, enabling efficient tissue passage and controlled suture management during cuff repair procedures.
PowerTape provides high-strength fixation support for cuff repair constructs. The broad tape profile improves tissue compression and fixation stability.
Explore published techniques, repair strategies, and postoperative assessment studies relevant to rotator cuff repair workflows.
Combined supraspinatus repair technique focused on cuff fixation strategy and construct design for arthroscopic rotator cuff repair.
Technique-focused publication describing a cuff repair configuration intended to optimize suture control and tissue capture during repair.
Technical study presenting an arthroscopic rotator cuff repair approach centered on knot and fixation efficiency within the surgical workflow.
Evaluation of which preoperative variables may influence repair outcomes, helping surgeons better understand factors associated with recovery.
Study examining whether vitamin C supplementation improves rotator cuff healing, with relevance to postoperative biologic support strategies.
Study on the contribution of postoperative ultrasound to early detection of anchor pullout after cuff repair, relevant to follow-up assessment.
Access the official EcoFix rotator cuff repair surgical technique guide for detailed procedural steps, instrumentation setup, and recommended surgical workflow.
Connect with SBM USA to learn more about our shoulder repair technologies, surgeon support programs, and distribution opportunities.
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