
Large rotator cuff tendon tears often lead to retears after arthroscopic repair. A new technique for suture-free attachment of a reinforcing patch was introduced and evaluated for its biomechanical strength and biological performance. In an ovine model, a nonwoven polyethylene terephthalate patch was overlaid on the resected tendon, with barbed micro blades interlocking the patch fibers into the tissue. Results showed no adverse tissue reactions, normal healing responses, and effective tissue ingrowth around the patch. The technique displayed promising biomechanical strength, potentially improving rotator cuff repairs without the need for traditional sutures.
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