Reengineering of a dedicated microcontroller for the technological improvement of an industrial CNC stone cutter

Martín Hernández-Ordoñez, J. L. Palomeque-Loyo, Damaris Francela Villalvazo-Quintero, Jorge Arturo Mendoza-Sosa, Isaac Alemán-Cruz, José Camargo-Méndez, Evelyn Villalobos-Antonio
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Abstract

This document presents the implementation of a conventional electronic system, where ESP32 chips are used to replace the límited design plate that has been damaged in the CNC model TOP CUT 500 4X, thus showing that the good design of a control system, can replace a system that is límited, this arises the industry of finishes and cuts of stones. The ESP32 provides a great advantage since it is a board that has the ability to handle the 4 axes of the cutter and high speeds, being of modern technology, since it also has a wireless connection system, after several versions of development the desired system was reached that could achieve the operation similar to the one that the machine had, before being damaged.
工业数控石材切割机工艺改进专用微控制器的再设计
本文档介绍了传统电子系统的实现,其中ESP32芯片用于替换CNC模型TOP CUT 500 4X中损坏的límited设计板,从而表明良好的控制系统设计可以取代límited系统,这就出现了石材加工和切割行业。ESP32提供了一个很大的优势,因为它是一个能够处理刀具的4轴和高速的板,是现代技术,因为它也有一个无线连接系统,经过几个版本的开发,达到了所需的系统,可以实现类似于机器的操作,在被损坏之前。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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