A needleless dialysis graft device eliminates the need to use needles during the dialysis process. The device of the present invention can be implanted into a dialysis patient, allowing the patient to be treated instantly, effortlessly and without pain. The device includes a tubing, placed under the skin that attaches on one side to an artery and on the other side to a vein. An access opening can be fluidly connected to each side of the device and may penetrate to the outside of the skin. The snap caps can be removed from both openings the compression lines are attached, then the locking mechanism is then twisted open to begin blood flow. Once dialysis is completed, the locking cap can be twisted shut, the compression lines removed, and the snap caps replaced on the access openings, saving the time waiting for clotting as is needed with conventional methods.
