Gantry type double-blade multi-axis numerical control cutting-carving all-in-one machine

Abstract

Provided is a gantry type double-blade multi-axis numerical control cutting-carving all-in-one machine, comprising a gantry structure of a main machine base, a stand columns and a top beam, and a cross beam, a translation workbench, and power head assemblies. The machine is characterized in that the number of the power head assemblies is two. A first power head assembly and a second power head assembly do rotary motion respectively through two same worm gear rotation executive devices, and are respectively connected with a left cross-shaped sliding plate and a right cross-shaped sliding plate through a linear guide rail pair, and are respectively driven by a hydraulic mechanism and are slidably cooperated up and down along the linear guide rail pair. The left cross-shaped sliding plate and the right cross-shaped sliding plate are arranged on two sides of the cross beam, and are slidably cooperated with the cross beam through a cross-shaped sliding plate drive device. The cross beam is slidably cooperated along the stand columns in an up-down manner through a cross beam elevating device which is arranged on the top beam. The translation workbench is hinged with an auxiliary rotary workbench. The auxiliary rotary workbench is cooperated with the translation workbench through an auxiliary rotary workbench shaft, and is locked by a locking device. Single machine can complete all processes, and can complete a plurality of processes by one-time assembling. The machine is high in processing precision and high in work efficiency.

Description

technical field [0001] The invention relates to a stone numerical control processing machine, in particular to a gantry type double-knife multi-axis numerical control cutting and carving integrated machine. Background technique [0002] Stone processing equipment is developing in the direction of diversified functions and CNC automation. At present, traditional conventional equipment, such as: infrared bridge stone cutter, profiling cutting machine, vertical special-shaped cutting machine, has a single function and cannot meet the processing of complex three-dimensional shapes of stone. . Stone materials processed by single-function equipment cannot be formed at one time, and need to be processed in multiple processes on different models. Repeated clamping results in low product precision, many auxiliary man-hours, and low production efficiency. Contents of the invention [0003] The purpose of the present invention is to provide a gantry-type double-knife multi-axis CNC ...

AI Technical Summary

Problems solved by technology

[0002] Stone processing equipment is developing in the direction of diversified functions and CNC automation. At present, traditional conventional equipment, such as: infrared bridge stone cutter, profiling cutting machine, vertical special-shaped cutting machine, has a single function and cannot meet the processing of complex three-dimensional shapes of stone.

The equipment with a single function cannot process stone at one time. It needs to be processed in multiple processes on different models. Repeated clamping results in low product precision, many auxiliary man-hours, and low production efficiency.

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