The field of laparoscopy has been growing exponentially during the past decade because of its tremendous benefits over open surgery such as minimal incisions, lesser post-operative trauma, quicker recovery, lesser scarring, reduced hospital stay and lower infection rates. It is clear that the success of any laparoscopic surgery lies on the optimal exposure of the operative site. Surgeons and assistants are required to tightly strap the patients on the surgical bed, continuously change the patient's position in order to use gravity to hold the bowels out of the way and finally result in manual over manipulation of bowels and organs using graspers in order to achieve the optimal exposure of their site. However, small bowels or organs cannot be held back efficiently using these techniques and slide continuously into the operating area.