SYSTEM AND METHOD FOR PROCESSING DENTAL PROSTHESIS
A system for processing dental prostheses that can efficiently manage multiple prostheses and multiple milling machines includes an input unit into which commands for operating functions of the dental prosthesis processing system are input; a display unit configured to display states of prostheses processed in the dental prosthesis processing system and milling machines used in the dental prosthesis processing system; a calculation and control unit equipped with CAM software and configured to control the milling machines according to a command input of a user via the input unit and fabricate a prosthesis; and two or more milling machines configured to process a workpiece into a shape of a prosthesis according to a command from the calculation and control unit and transfer their own state information to the calculation and control unit.
1 . A dental prosthesis processing system comprising:
an input unit into which commands for operating functions of the dental prosthesis processing system are input;
a display unit configured to display states of prostheses processed in the dental prosthesis processing system and milling machines used in the dental prosthesis processing system;
a calculation and control unit equipped with CAM software, and configured to control the milling machines according to a command input of a user via the input unit and fabricate a prosthesis; and
two or more milling machines configured to process a workpiece into a shape of a prosthesis according to a command from the calculation and control unit and transfer their own state information to the calculation and control unit,
wherein the display unit is provided with a first user interface screen comprising two or more work display units and two or more milling machine state display units, and
wherein the work display units display a progress state of each prosthesis processing work, and the milling machine state display units display a work progress state of each milling machine.
2 . The dental prosthesis processing system of claim 1 , wherein the first user interface screen further comprises one or more work display units that show details of a work performed in a milling machine selected by the user.
3 . The dental prosthesis processing system of claim 1 , wherein the display unit is further provided with a second user interface screen comprising two or more work display units and a prosthesis shape editing unit, and
wherein the work display units display a progress state of each prosthesis processing work, and the prosthesis shape editing unit provides a screen for editing a prosthesis shape of one work selected in the work display units.
4 . The dental prosthesis processing system of claim 1 , wherein the display unit is further provided with a third user interface screen comprising two or more work display units and a block selection unit, and
wherein the work display units display a progress state of each prosthesis processing work, and the block selection unit provides a screen for selecting a block to be used for one work selected in the work display units.
5 . A method of processing a dental prosthesis using a dental prosthesis processing system, the dental prosthesis processing system comprising:
an input unit into which commands for operating functions of the dental prosthesis processing system are input;
a display unit configured to display states of prostheses processed in the dental prosthesis processing system and milling machines used in the dental prosthesis processing system;
a calculation and control unit equipped with CAM software, and configured to control the milling machines according to a command input of a user via the input unit and fabricate a prosthesis; and
two or more milling machines configured to process a workpiece into a shape of a prosthesis according to a command from the calculation and control unit and transfer their own state information to the calculation and control unit, and
the method comprising:
providing a first user interface screen comprising two or more work display units and two or more milling machine state display units onto the display unit, wherein the work display units display a progress state of each prosthesis processing work, and the milling machine state display units display a work progress state of each milling machine; and
checking states of milling machines via the milling machine state display units of the first user interface screen, then transferring a work for which shape editing has been completed to a milling machine capable of performing the corresponding work, and performing a processing work of a prosthesis.
6 . The method of claim 5 , further comprising:
providing a second user interface screen comprising two or more work display units and a prosthesis shape editing unit onto the display unit, wherein the work display units display a progress state of each prosthesis processing work, and the prosthesis shape editing unit provides a screen for editing a prosthesis shape of one work selected in the work display units; and
designing a desired prosthesis shape within a shape of a workpiece shown in the prosthesis shape editing unit by using an editing function provided in the prosthesis shape editing unit.
7 . The method of claim 5 , further comprising:
providing a third user interface screen comprising two or more work display units and a block selection unit onto the display unit, wherein the work display units display a progress state of each prosthesis processing work, and the block selection unit provides a screen for selecting a block to be used for one work selected in the work display units; and
selecting a block suitable for a selected prosthesis processing work out of multiple blocks presented in the block selection unit and entering the block into the corresponding prosthesis processing work.