Double-head edge polishing numerical control stone machine

Abstract

The invention relates to stone processing machine tool equipment, in particular to a double-head edge polishing numerical control stone machine. The double-head edge polishing numerical control stone machine comprises a machine tool body, a machine head for machining workpieces, a Z-axis mechanism which is used for conducting up-down translation so that the machine head can be fed, an X-axis mechanism which is used for driving the Z-axis mechanism to conduct left-right translation, two Y-axis mechanisms which are arranged on the machine tool body and used for driving the X-axis mechanism to conduct front-back translation, a workbench, and a control panel used for conducting numerical control operation. The machine head comprises a perforating mechanism and an edge polishing mechanism which are vertically arranged side by side. Through the double-head edge polishing numerical control stone machine, perforating and edge polishing are completed through one machine, the clamping error is reduced, the production efficiency is greatly improved, and the product percent of pass is greatly increased.

Description

technical field [0001] The invention relates to stone processing machine tool equipment, in particular to a double-head edging numerical control stone machine. Background technique [0002] Stone materials such as marble slabs are very commonly used decorative materials, and are generally processed into desired styles through cutting, milling, drilling, edging, polishing and other processes. Due to the different processing parameters such as motor operation and coordinate positioning of each equipment, most of the current processing methods are to complete the corresponding processes on special cutting machines, high-pressure water jet drilling machines, edge grinding machines, etc., and manual handling is required between the two processes It will greatly reduce the production efficiency, multiple process clamping errors lead to low product accuracy, the stacking of semi-finished products is not conducive to the clean and orderly environment of the workshop, and it is inevi...

AI Technical Summary

Problems solved by technology

Due to the different processing parameters such as motor operation and coordinate positioning of each equipment, most of the current processing methods are to complete the corresponding processes on special cutting machines, high-pressure water jet drilling machines, edge grinding machines, etc., and manual handling is required between the two processes It will greatly reduce the production efficiency. Multiple process clamping errors lead to low product accuracy. The stacking of semi-finished products is not conducive to the clean and orderly environment of the workshop. It is inevitable that collision damage or deformation will result in defective products during transportation.

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