The present invention provides a milling device manufacturing method comprising the steps that a vertical frame is disposed at a predetermined mounting portion of, the horizontal frame is installed on the periphery of the mounting portion; A first step that one handling means is installed is, the guide directly connected to the first handling unit can be installed on both sides of the flat frame in the horizontal frame; Step 2 The handling means which are mounted to the horizontal frame bar and the guide; The processing module is installed on the lower side of the second handling means steps to the fixing member is installed on the mounting portion thereon; And the upper stage static installation to cover the workpiece; Fixing means of the upper and comprising a step, which is installed so as to secure the fixture and the workpiece on the holding member, the fixing means is pressed to the upper fixed body received grant w strongly from the elevating member, said elevating member It includes pressure bujaeeul to, milling the horizontal frame is formed of a ring-like structure which is provided with the first handle means and the guide bar so as to be rotatable to set the radius in the peripheral direction in the horizontal frame under the control of the external It provides a device manufacturing method.
Accordingly, it is possible to enable efficient operation of each device configuring part in the machining process to provide a milling device manufacturing method capable to process the object to be processed more efficiently improve the working of the work site over more productive environment.