Digital-control five-axis processing center

Abstract

The invention provides a digital-control five-axis processing center which comprises a processing platform and a machine head, wherein the processing platform is used for clamping a workpiece; a single freedom degree clamp body and a double-freedom degree clamp body are mounted on the processing platform; the double-freedom degree clamp body is of a structure identical to that of the single freedom degree clamp body; the machine head comprises a cutter holder and cutters; the cutter holder is arranged along the axis A of a central shaft; a plurality of cutter mounting positions are arranged onthe cutter holder; the cutters are arranged inside the cutter mounding positions. The single freedom degree clamp body has a straight line freedom degree in a Y-axis direction; the double-freedom degree clamp body has a straight line freedom degree in an X-axis direction and a Y-axis direction; the cutter molder has a straight line freedom degree in a Y-axis direction, a rotation freedom degree around a Z-axis and a rotation freedom degree around an A-axis. The digital-control five-axis processing center has the advantages that the five-axis processing center has integral functions of processes such as sawing, milling, hole drilling, tenoning, mortise forming, irregular frame processing, hollowing, carving and the like, is not only applicable to large-scale on-scale production, and is applicable to multi-type small-scale wood processing research and development production.

Description

technical field [0001] The invention relates to the technical field of woodworking machinery, in particular to a numerically controlled five-axis machining center. Background technique [0002] A single traditional woodworking machine generally has only one function, and can only perform simple cutting and rotary milling. For the processing of complex workpieces, it needs to cooperate with specific fixtures and process through multiple processes to achieve the final processed product. Troublesome operation has high requirements for operators, and the processing efficiency is very slow. [0003] When producing woodworking products in small batches, if you choose to process multiple times on multiple machine tools, it will waste time and cause trouble in turnaround. Therefore, the wood processing center is used for processing, and the workpiece can basically be formed on a processing center. In the wood processing center of the prior art, the wood is clamped in place, and the...

AI Technical Summary

Problems solved by technology

[0002] A single traditional woodworking machine generally has only one function, and can only perform simple cutting and rotary milling. For the processing of complex workpieces, it needs to cooperate with specific fixtures and process through multiple processes to achieve the final processed product. Troublesome operation has high requirements for operators, and the processing efficiency is very slow

[0003] When producing woodworking products in small batches, if you choose to process multiple times on multiple machine tools, it will waste time and troublesome turnover

Therefore, the wood processing center is used for processing, and the workpiece can basically be formed on a processing center. In the wood processing center of the prior art, the wood is clamped in place, and the tool has multiple degrees of freedom. The tool is constantly changed around the wood to realize Cutting, boring and other operations, but the overall weight of the tool and its accessories is relatively heavy, it is difficult to move as a whole, the movement is slow, and the load on the driving equipment is large

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