Numerical control irregular glass cutting edging machining center device

Abstract

The invention provides a numerical control irregular glass cutting edging machining center device. The numerical control irregular glass cutting edging machining center device comprises an X shaft moving mechanism, a Y shaft moving mechanism, a Z shaft moving mechanism, an A shaft moving mechanism, a B moving mechanism, a C moving mechanism, a grinding head motor, a cutting grinding wheel, a suction disc and a tool changer. The X moving mechanism is located on the top portion of a main rack, the Y shaft moving mechanism is located on the lower portion of the X shaft moving mechanism, the Z shaft moving mechanism is located on the lower portion of the Y shaft moving mechanism, the C shaft moving mechanism is located on one side of the Z shaft moving mechanism, the A shaft moving mechanism and the B moving mechanism are respectively located on the lower portion of the C shaft moving mechanism, the grinding head motor is arranged on the A shaft moving mechanism, the cutting grinding wheel is arranged on the lower portion of the grinding head motor, the suction disc is located on a platform on the lower portion of a host machine, and the tool changer is located on the right lower portion of the host machine. The numerical control irregular glass cutting edging machining center device is capable of achieving plate glass cold machining, diversified cutting, and beveled edge and straight edge grinding of multi-arc and multi-angle combination.

Description

technical field [0001] The invention relates to the field of glass machining, in particular to glass processing equipment. Background technique [0002] The processing of flat glass generally includes drilling, grooving, edge grinding, polishing, engraving, seal carving, etc. In the prior art, traditional special-shaped edge grinding machines and semi-automatic glass special-shaped bevel grinding machines are generally used. The straight and beveled edges of the glass are ground. [0003] The traditional special-shaped edging machine is completely composed of mechanical parts, and all actions must be manually driven to move, and it is very harmful to the environment, wastes water, and has a high risk factor. In addition, the technical level of the operator is high, and the quality of the product is completely guaranteed by human actions and experience. [0004] The semi-automatic glass special-shaped bevel grinding machine adopts numerical control control, which reduces th...

AI Technical Summary

Problems solved by technology

However, the existing semi-automatic glass special-shaped bevel grinding machine cannot fully realize the high-precision grinding of beveled edges and straight edges with various arc combinations and various angle combinations, and cannot automatically change tools, work continuously, and eliminate external water supply. The resulting cutting water splashes everywhere, affecting the environment

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