A continuous production multi-unit 3D printing manufacturing system

Abstract

The invention discloses a multi-unit 3D printing manufacturing system capable of achieving continuous production. The multi-unit 3D printing manufacturing system comprises a multi-unit 3D printer setcomposed of a plurality of 3D printers, an automatic spraying mechanism is arranged in each 3D printer, and a smoke alarming mechanism capable of detecting fire behavior signals in the corresponding 3D printer is electrically connected to one side of each automatic spraying mechanism; and each 3D printer comprises a printer shell, an X-axis movement mechanism, a Y-axis movement mechanism, a Z-axismovement mechanism, a material spraying mechanism, a printing consumable, a printing platform and a lifting platform, each Z-axis movement mechanism is located in the corresponding printer shell andfixedly connected with the corresponding Y-axis movement mechanism through the corresponding lifting platform, each Y-axis movement mechanism is connected with the corresponding X-axis movement mechanism, and each X-axis movement mechanism is located over the corresponding printing platform and fixedly connected with the corresponding material spraying mechanism. The multi-unit 3D printing manufacturing system capable of achieving continuous production has the following beneficial effects that the multi-unit 3D printing manufacturing system not only has an automatic fire extinguishing function, but also can strip printed models from the printing platforms without damaging the models.

Description

technical field [0001] The invention relates to a 3D printing manufacturing system, in particular to a multi-unit 3D printing manufacturing system capable of continuous production. Background technique [0002] With the rapid development of modern science and technology, the development of 3D printers has become mature, and 3D printing has provided great convenience for industrial development. However, the current 3D printer modeling takes too long, which seriously affects its application in the fields of small batch production and mass customization. Most of the existing 3D printing materials use PLA and ABS. [0003] In recent years, scholars want to solve this problem by building a multi-unit 3D printing manufacturing system, and have developed a variety of multi-unit 3D printing manufacturing systems. For example, CN205326288U proposes a vertical 3D printer with six components , CN104960205A proposes a 3D printer continuous printing method and its system, and CN2051853...

AI Technical Summary

Problems solved by technology

This is not only time-consuming, inefficient, and has potential safety hazards, but also cannot achieve automated continuous production

At the same time, the above-mentioned multi-unit 3D printing manufacturing system does not have the ability to automatically extinguish fires, making it a potential safety hazard

The above problems seriously restrict the development of multi-unit 3D printing manufacturing systems, so it is urgent to solve them

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