Laparoscopy is the minimal-invasive surgery which is carried out by specialized technique to do an incision in skin. In past this surgery were carried out for gynecologic surgery and gall bladder surgery. Various laparoscopic procedures involve the cutting and stitching of internal tissue. Robotic-assisted surgery is one of the latest of the innovations in the field of minimally invasive surgery. Laparoscopic surgeries uses a special instrument called as laparoscope which is long and slender instrument which is inserted in the incision. This instruments comes with a laparoscopic needle holder robotic device which makes it easy to perform the surgery on patients. For suturing the needle must be manipulated in an area with only two dimensional views. For this purpose various laparoscopic needle holder robotic devices have been designed to accomplish these requirements, a self-orienting laparoscopic needle holder robotic device is most suitable instrument. It consist of a shaft suitable for performing laparoscopy. A jaw assembly is fixed at the end of the shaft of laparoscopic needle holder robotic device. The laparoscopic needle holder robotic device is used for moving the needle, close the trocar sites, for moving the robot away from the patient and changing the camera position. The laparoscopic needle holder robotic device of the current invention also includes a mechanism for pivotally opening and closing the jaws of the laparoscopic needle holder robotic device. At the end of the laparoscopic needle holder robotic device shaft, mechanism for optional opening and closing of the jaws is positioned.