A soft tissue repair system, comprising: a scaffold having a body including a tissue-facing surface, a second surface that is opposed to the tissue-facing surface, a proximal-most end , and a distal-most end , wherein the scaffold has a length ( L p ) extending from the proximal-most end to the distal-most end, a width ( W p ), and a thickness ( T p ) extending from the tissue-facing surface to the second surface that is opposed to the tissue-facing surface; and further comprising a first threader having a proximal handle , a distal receiving end , and an intermediate portion extending between the proximal handle and the distal receiving end, the intermediate portion having the scaffold disposed thereon and the first threader being configured to dispose the scaffold onto a suture by associating a suture with the distal receiving end and applying a force to the proximal handle to advance the distal receiving end towards the scaffold; and a second threader having a proximal handle , a distal receiving end , and an intermediate portion extending between the proximal handle and the distal receiving end, the intermediate portion having the scaffold disposed thereon and the second threader being configured to dispose the scaffold onto another suture by associating another suture with the distal receiving end and applying a force to the proximal handle to advance the distal receiving end towards the scaffold; and wherein the scaffold includes bores or lumens for receiving the threaders, characterised in that the bores or lumens extend through the body of the scaffold from the proximal-most end to the distal-most end . a scaffold having a body including a tissue-facing surface, a second surface that is opposed to the tissue-facing surface, a proximal-most end , and a distal-most end , wherein the scaffold has a length ( L p ) extending from the proximal-most end to the distal-most end, a width ( W p ), and a thickness ( T p ) extending from the tissue-facing surface to the second surface that is opposed to the tissue-facing surface; and further comprising a first threader having a proximal handle , a distal receiving end , and an intermediate portion extending between the proximal handle and the distal receiving end, the intermediate portion having the scaffold disposed thereon and the first threader being configured to dispose the scaffold onto a suture by associating a suture with the distal receiving end and applying a force to the proximal handle to advance the distal receiving end towards the scaffold; and a second threader having a proximal handle , a distal receiving end , and an intermediate portion extending between the proximal handle and the distal receiving end, the intermediate portion having the scaffold disposed thereon and the second threader being configured to dispose the scaffold onto another suture by associating another suture with the distal receiving end and applying a force to the proximal handle to advance the distal receiving end towards the scaffold; and wherein the scaffold includes bores or lumens for receiving the threaders, characterised in that the bores or lumens extend through the body of the scaffold from the proximal-most end to the distal-most end . <EOS>