A device for hole closure of laparoscopic wound sites comprising: a center piece body having a proximal end with a proximal end diameter and a distal end with a distal end decreasing diameter such that the distal end diameter is largest at the intersection with the proximal end, wherein the maximal distal end diameter is greater than the proximal end diameter; a first wing portion without lumen attached substantially perpendicularly to a first wing portion with lumen to form a first attachment mechanism , the first attachment mechanism pivotally attached to a first location on the center piece body; a second wing portion without lumen attached substantially perpendicularly to a second wing portion with lumen to form a second attachment mechanism , the second attachment mechanism pivotally attached to a second location on the center piece body at the proximal end; and wherein the device is configured such that when the first and second wing portions without lumen are in a position substantially perpendicular to the center piece body, the first wing portion with lumen and second wing portion with lumen are substantially parallel to the center piece body at the proximal end, and when the first and second wing portions without lumen are rotated towards the center piece body into a position substantially parallel to the center piece body, the first wing portion with lumen and second wing portion with lumen are automatically rotated into a position substantially perpendicular to the center piece body inside a trocar opening such that the first wing portion with lumen and second wing portion with lumen are positioned within a subcutaneous tissue layer (ST) between skin (S) and fascia (F) layers of the trocar opening. a center piece body having a proximal end with a proximal end diameter and a distal end with a distal end decreasing diameter such that the distal end diameter is largest at the intersection with the proximal end, wherein the maximal distal end diameter is greater than the proximal end diameter; a first wing portion without lumen attached substantially perpendicularly to a first wing portion with lumen to form a first attachment mechanism , the first attachment mechanism pivotally attached to a first location on the center piece body; a second wing portion without lumen attached substantially perpendicularly to a second wing portion with lumen to form a second attachment mechanism , the second attachment mechanism pivotally attached to a second location on the center piece body at the proximal end; and wherein the device is configured such that when the first and second wing portions without lumen are in a position substantially perpendicular to the center piece body, the first wing portion with lumen and second wing portion with lumen are substantially parallel to the center piece body at the proximal end, and when the first and second wing portions without lumen are rotated towards the center piece body into a position substantially parallel to the center piece body, the first wing portion with lumen and second wing portion with lumen are automatically rotated into a position substantially perpendicular to the center piece body inside a trocar opening such that the first wing portion with lumen and second wing portion with lumen are positioned within a subcutaneous tissue layer (ST) between skin (S) and fascia (F) layers of the trocar opening. <EOS>