Dice machining centering machine and machining technology thereof

Abstract

The invention provides a dice machining technology. The dice machining technology comprises the steps that a bar is clamped through a main shaft module, and accordingly rotation telescopic movement inthe X-axis direction is conducted in the machining area; a main shaft tool rest enters the machining area through a moving device, accordingly, in the Z-axis direction and the Y-axis direction, the bar is rotated and telescopically moved in the X-axis direction in cooperation with the main shaft module, multi-shaft linkage is formed, and accordingly five faces of a dice are machined; an auxiliaryshaft module moves to the position coaxial to the main shaft module through a moving mechanism, synchronous rotation is conducted, the bar is cooperatively clamped, and clamping is conducted after the main shaft tool rest cuts off the bar; and the auxiliary shaft module moves in the X-axis direction, the Y-axis direction and the Z-axis direction through the moving mechanism and makes contact withan auxiliary shaft tool rest, multi-shaft linkage is formed, the cut-off face of the back of the dice is machined, one-time forming machining of the six faces of the dice is achieved in an integratedturning and milling manner, the production efficiency is greatly improved, and the production cost is reduced.

Description

technical field [0001] The invention relates to a heart-moving machine, in particular to a dice processing heart-moving machine with a main and auxiliary shaft module structure and a processing technology thereof. Background technique [0002] Traditional entertainment dice are cube-like objects with six sides, and numbers are engraved on the six sides for people to throw for entertainment. However, during the processing of such dice, different processing techniques and equipment are selected according to different materials. [0003] However, the existing craft dice made of metal or materials that are easy to cut usually choose CNC machine tools for chip processing, so that on the one hand, it is easy to process complex structural surfaces, and on the other hand, the processing accuracy of the dice can also be improved. , giving it a more industrial aesthetic. [0004] But the shortcoming of above-mentioned existing processing technology scheme is that, can't form and proc...

AI Technical Summary

Problems solved by technology

[0004] But the shortcoming of above-mentioned existing processing technology scheme is that, can't form and process 6 faces of dice at one time, usually must process at most 5 faces and get off the machine tool, enter subsequent process, reprocess the remaining face of dice by re-clamping, thereby at least increased One processing procedure not only increases the processing cost, but also unsatisfactory in processing efficiency

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