Abstract: A system and method for milling dental prostheses in a CNC milling includes affixing a lateral side of each of a plurality of ceramic millable dental blanks to a lateral wall of a fixture; securing the fixture to a chuck of the milling machine; wet milling a single dental prosthesis in each of the plurality of ceramic millable dental blanks with a diamond burred cutter; and removing the plurality of ceramic millable dental blanks from the fixture.

Abstract: A system and method for milling dental prostheses in a CNC milling machine includes a larger millable dental blank receivable in a primary fixture of a milling machine and capable of being machined to form one or more dental prostheses; a plurality of smaller millable dental blanks each capable of being machined to form a dental prosthesis; and lateral affixing means for affixing a lateral side of the plurality of smaller millable dental blanks in a space defined by the larger millable dental blank in the primary fixture, when the larger millable dental blank is removed.

Abstract: A dental articulating system to duplicate a patient's teeth for producing a dental prosthesis includes a pair of trays pivotally coupled together. A plurality of registration pins is disposable in a plurality of registration pin holes formed in at least one of the trays. A thin membrane is disposed across a registration pin hole to close off the registration pin hole and resist dental casting material from substantially filling the registration pin hole. The thin membrane is breakable by a registration pin inserted into the registration pin hole. A method for forming a dental model includes pressing a registration pin through a thin membrane extending across a registration pin hole on at least one of the trays of a dental articulator so that the registration pin breaks the thin membrane and extends through the thin membrane.

Abstract: A dental articulating device and method to duplicate at least a portion of a patient's mouth for use in producing a dental prosthesis includes a pair of trays pivotally coupled together by an integral hinge. The hinge includes a pivot axle and a shoulder extending at least partially around the pivot axle and creating two axle portions extending on each side of the shoulder. A pair of fingers are pivotally positioned on opposite sides of the pivot axle and on opposite sides of the shoulder and separated by both the axle and the shoulder.

Abstract: A dental articulating device and method to duplicate at least a portion of a patient's mouth for use in producing a dental prosthesis includes a pair of trays pivotally coupled together by an integral hinge. The hinge includes a pivot axle and a shoulder extending at least partially around the pivot axle and creating two axle portions extending on each side of the shoulder. A pair of fingers are pivotally positioned on opposite sides of the pivot axle and on opposite sides of the shoulder and separated by both the axle and the shoulder.

Abstract: A dental articulating system to duplicate a patient's teeth for producing a dental prosthesis includes a pair of trays pivotally coupled together. A plurality of registration pins is disposable in a plurality of registration pin holes formed in at least one of the trays. A thin membrane is disposed across a registration pin hole to close off the registration pin hole and resist dental casting material from substantially filling the registration pin hole. The thin membrane is breakable by a registration pin inserted into the registration pin hole. A method for forming a dental model includes pressing a registration pin through a thin membrane extending across a registration pin hole on at least one of the trays of a dental articulator so that the registration pin breaks the thin membrane and extends through the thin membrane.