Exemplary embodiments of the present invention comprise a laparoscopic uterine manipulator device assembly. The laparoscopic uterine manipulator assembly comprises a laparoscopic control device configured for insertion into the abdomen-pelvic cavity of a patient. The laparoscopic uterine manipulator assembly further comprises a uterine manipulator device, the uterine manipulator device configured for insertion and advancement through a vaginal and uterine cavity. A primary member of a device coupling mechanism of the uterine manipulator device is mechanically engaged with a secondary member of the device coupling mechanism of the laparoscopic control device, resulting in the construction of an assembly comprising the laparoscopic control device and the uterine manipulator device. Assembled, the laparoscopic uterine manipulator assembly allows an individual user to utilize the device to engage and reposition the patients uterus in a manner that allows for the performance of a gynecological laparoscopic medical procedure for the maximum benefit of the patient.
