Corresponding tool changing type composite multi-axis numerical control machining center

Abstract

The invention discloses a corresponding tool changing type composite multi-axis numerical control machining center comprises a base, a loading seat and a crankshaft fixed seat. A set of uprights are arranged at the end of the base correspondingly. A transverse column is arranged at the top ends of the set of uprights and is slidably provided with a composite type machining mechanism. The compositetype machining mechanism comprises a machining mechanism base, a machining assembly A arranged at the bottom of the machining mechanism base, and a machining assembly B corresponding to the machiningassembly A. The sets of uprights are provided with a tool magazine A and a tool magazine B. The tool magazine A and the tool magazine B are matched with the machining assembly A and the machining assembly B to be used correspondingly. The tool magazine A and the tool magazine B each comprise a tool magazine connecting block, a tool magazine connecting plate connected to the tool magazine connecting block, and a rotary tool disc rotationally arranged on the tool magazine connecting plate. The rotary tool disc is evenly provided with a plurality of machining tool device grooves. During tool changing, a needed tool is rotated to a tool outlet, and then the needed tool is changed corresponding to a machining assembly A tool clamping seat or a machining assembly B tool clamping seat.

Description

technical field [0001] The invention relates to numerical control processing equipment, specifically, it shows a compound multi-axis numerical control machining center corresponding to tool change. Background technique [0002] The CNC machining centers used at this stage are generally independent single-functions. When different processing functions are required, different CNC machining centers need to be configured for processing, which seriously wastes production resources, and two or more types of processing are required for corresponding products. In the last process, transfer is required to facilitate the processing. During the transfer process of the workpiece, the original positioning foundation is destroyed; at the same time, in the current processing method, the required fixtures need to be set accordingly. [0003] Therefore, it is necessary to provide a tool-changing compound multi-axis CNC machining center to solve the above problems. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0002] The CNC machining centers used at this stage are generally independent single-functions. When different processing functions are required, different CNC machining centers need to be configured for processing, which seriously wastes production resources, and two or more types of processing are required for corresponding products. In the last process, it needs to be transferred to facilitate the processing. During the transfer process of the workpiece, the original positioning foundation is destroyed; at the same time, in the current processing method, it is necessary to set the required fixtures accordingly.

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