
Arcuro Medical announced its first cases with the new SuperBall-RC (Rotator Cuff Repair System), an enhanced iteration of the SuperBall-MR (Meniscal Repair System), and newly-published white papers summarizing data supporting both technologies.
The SuperBall-RC offers an all-suture, knotless solution for arthroscopic medial rotator cuff augmentation, with a mesh construct to minimize potential damage to tissue and avoid potential complications of alternative hard polymer staple technologies. Following FDA 510(k) clearance in early 2025, Arcuro initiated a limited user release of the SuperBall-RC that primarily addressed patch-augmented rotator cuff repair and other challenging rotator cuff procedures.
Early cases have been successfully completed using a range of commercially available biologic and synthetic patches.
The SuperBall-MR was engineered to deliver reliable, consistent meniscal repair constructs through a streamlined all-inside, all-suture technique. The latest enhancements introduced in mid-2025 based on surgeon feedback build upon its proprietary platform to further optimize deployment performance, construct strength, and procedural reproducibility. The company estimates approximately 7,000 SuperBall procedures have now been performed across meniscus repair applications, with an estimated 700 procedures successfully completed using the upgraded system.
“Successful meniscal healing depends on stable fixation, compression, and consistent deployment,” said Dr. Robert Meislin, Orthopedic & Sports Medicine surgeon at NYU Langone Health, New York. “The SuperBall-MR system addresses these fundamentals through its all-suture, knotless mesh construct while avoiding rigid anchors. The recent enhancements reflect strong collaboration between surgeons and Arcuro’s development team and meaningfully improves real-world consistency in challenging cases and our overall surgical workflow.”
Source: Arcuro Medical
Arcuro Medical announced its first cases with the new SuperBall-RC (Rotator Cuff Repair System), an enhanced iteration of the SuperBall-MR (Meniscal Repair System), and newly-published white papers summarizing data supporting both technologies.
The SuperBall-RC offers an all-suture, knotless solution for arthroscopic medial rotator cuff...
Arcuro Medical announced its first cases with the new SuperBall-RC (Rotator Cuff Repair System), an enhanced iteration of the SuperBall-MR (Meniscal Repair System), and newly-published white papers summarizing data supporting both technologies.
The SuperBall-RC offers an all-suture, knotless solution for arthroscopic medial rotator cuff augmentation, with a mesh construct to minimize potential damage to tissue and avoid potential complications of alternative hard polymer staple technologies. Following FDA 510(k) clearance in early 2025, Arcuro initiated a limited user release of the SuperBall-RC that primarily addressed patch-augmented rotator cuff repair and other challenging rotator cuff procedures.
Early cases have been successfully completed using a range of commercially available biologic and synthetic patches.
The SuperBall-MR was engineered to deliver reliable, consistent meniscal repair constructs through a streamlined all-inside, all-suture technique. The latest enhancements introduced in mid-2025 based on surgeon feedback build upon its proprietary platform to further optimize deployment performance, construct strength, and procedural reproducibility. The company estimates approximately 7,000 SuperBall procedures have now been performed across meniscus repair applications, with an estimated 700 procedures successfully completed using the upgraded system.
“Successful meniscal healing depends on stable fixation, compression, and consistent deployment,” said Dr. Robert Meislin, Orthopedic & Sports Medicine surgeon at NYU Langone Health, New York. “The SuperBall-MR system addresses these fundamentals through its all-suture, knotless mesh construct while avoiding rigid anchors. The recent enhancements reflect strong collaboration between surgeons and Arcuro’s development team and meaningfully improves real-world consistency in challenging cases and our overall surgical workflow.”
Source: Arcuro Medical
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Patrick McGuire is an ORTHOWORLD Contributor.





