MULTIDISCIPLINARY PLATFORM EQUIPMENT FOR THE EXECUTION OF LATHING, MILLING, PLANE, CYLINDRICAL AND SHARP GRINDING.

摘要

The present disclosure is related to multidisciplinary equipment that can be used to shape solid pieces, particularly metals, by removing a part of the material, either through metal chips or cutting it off. The significant feature of this multidisciplinary equipment resides in the fact that it can perform all the machining operations in one place; exchanging the various operating heads. Being provided of a work table and a tilt platform that can be moved both to the sides, as well as upwards and downwards; and on the platform can be placed all the operating heads, so that will not be required to remove the piece ready to be machined to be taken to other machines; but it will be the same place where all necessary operations are performed. The constituent parts of the present invention, comprise a carriage moving on guides or parallel rails (10) to the axis of rotation of the workpiece in case of having a piece to be lathed, which itself forms the worktable (12), and towards the rear o f the worktable, an inclined platform is presented (14) on which all accessories will be placed to perform machining operations of solid pieces, particularly metals; and where said inclined platform (50) is provided with perforations for the placement of all necessary tooling; as well as cranks to raise or lower and also move to the sides such platform and adjust the height of all the different tools necessary for lathing, milling, plane, cylindrical and sharp grinding operations, forming a multidisciplinary equipment. Therefore, the scope of the invention is subscribed to inventions of machines to shape solid pieces, particularly metals, by one or more of the following operations: lathing, milling, plane, cylindrical and sharp grinding, by removing a part of the material, either through metal chips or cutting it off.