A simple three-axis engraving machine

Abstract

The invention discloses a simple tri-axial carving machine. The simple tri-axial carving machine comprises a carving machine supporting body, a control box, a carving head and a working table; the working table is in sliding connection with the bottom of a carving machine box, the control box is arranged on the side portion of the carving machine box, a first air cylinder is installed at the end, extending out of a lifting rod, of the top of the control box through a rotating table, and the end of an air cylinder rod of the first air cylinder is in sliding connection with the outer side of the top of the carving machine supporting body through a connecting body; and a second air cylinder is further installed on the connecting piece, the end of an air cylinder rod of the second air cylinder vertically and downwards penetrates the top of the carving machine supporting body to be connected with the carving head arranged in the carving machine supporting body. According to the simple tri-axial carving machine, an object to be carved is fixed to a supporting plate, the carving head is adjusted and set and is moved to an object part needing to be carved, the carving part is aligned at the carving head, and then carving operation can be carried out, so that a large number of workloads are reduced, the working efficiency is improved, and the using field is more wide.

Description

Technical field [0001] The invention relates to the technical field of engraving machines, in particular to a simple three-axis engraving machine. Background technique [0002] As we all know, hand-carving is a primitive craftsman-type labor, which has become a kind of art, a kind of culture, and a kind of spiritual symbol. However, the current engraving machines are controlled manually, and there is no electric control with high precision, which leads to waste of materials. , Bring losses to users, but in the teaching experiments of mechanical and electrical integration and automation control in colleges and universities, engraving machines will be used. At present, most of the engraving machines sold on the market use expensive engineering application equipment. These devices are not only structured Complex, expensive, bulky, not easy to move, and when engraving small products, it is difficult to adjust during engraving. The adjustment range for the X, Z, and Y axis directions ...

AI Technical Summary

Problems solved by technology

[0002] As we all know, hand-carving is a kind of primitive craftsman's labor, which has become a kind of art, a kind of culture, and a symbol of spirit. However, the current engraving machines are mostly controlled manually, and there is no electrified control with high precision, which leads to waste of materials. , bring losses to users, but in the teaching experiments of mechatronics and automatic control in colleges and universities, engraving machines will be used. Most of the engraving machines sold on the market currently use expensive engineering application equipment. These devices not only have a structure Complex, expensive, bulky, not easy to move, and when engraving small products, it is difficult to adjust the engraving. The adjustment range of the X, Z, and Y axes is too large, and it is difficult to control the accuracy of the engraving. Satisfy students' in-depth understanding of the working principle of engraving

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