The invention relates to an integral bionic cervical disc prosthesis, and belongs to the field of medicalimplant materials. The cervical disc prosthesis consists of an upper rigid terminal plate, a lower rigid terminal plate, an elastic body nucleus pulposus material and an outer layer protection film material, wherein the elastic body nucleus pulposus material is used for connecting the upper and lower rigid terminal plates; the elastic body material and the upper and lower rigid terminal plates are integrally formed in situ; through the structure arrangement of rigid terminal plate cavities, grooves, bulges and the like, the firm combination of the nucleus pulposus material and the rigid terminal plates is realized; a mutually embedding and covering integral structure is formed; and potential danger of material damage and abrasive dust caused by interface friction of the rigid terminal plates and the nucleus pulposus material is effectively reduced or eliminated. The surfaces, in contact with the bone of the human body, of upper and lower rigid terminal plates adopt the arc-shaped design; titanium or hydroxylapatite coatings cover the surfaces; spurs or sawtooth-shaped fixed teeth are distributed on the surface; and the immediate post-surgical stability and the bone integration are improved. The cervical disc prosthesis can realize the rotating, bending-stretching and transverse moving three-dimensional six-freedom-degree space movement; and the normal intervertebral disc moving functions in the human body can be met.