practitioners having ordinary skill in the biomedical arts will understand that the invention may be practiced without many of these details in other instances well known devices methods and biochemical processes have not been described in detail to avoid obscuring the invention embodiments discussed herein offer solutions to the foregoing problems by providing a bone distraction plate device that can enhance the structural integrity and reduce bone deterioration according to one embodiment fig1 3 the bone distraction plate device 100 comprises a plate component 110 and an expansion component 120 the plate component 110 has a disc portion 111 and a threaded cylinder portion 112 or apical portion extending vertically from the center of the disc portion 111 the expansion component 120 coronal portion operatively connects and controls the retraction of the plate component 110 the plate component 110 and expansion component 120 can independently be formed of a material selected from one or more of the following materials commercially pure grade iv titanium metal alloys or other metal substances it should be noted that the metal substance should meet or exceed the parameters for materials used in dental implantology it should be also appreciated that the plate and expansion components 110 120 can be formed of a degradable or non degradable bioceramic material e g hydroxyapatite reinforced polyethylene composite betatricalciumphosphate substituted calcium phosphates bioactive glass resorbable calcium phosphate alumina zirconia etc that may be manufactured as a solid structure it should also be noted that a biodegradable polymer can be used in combination with the bioceramic material to form a composite material used to form the plate and expansion components 110 120 in the preferred embodiment a hydroxyapatite material is utilized to.