A five-axis linkage food 3D printer

Abstract

A five-axis linkage food 3D printer belongs to the technical field of food 3D printers, which includes a frame, a printing head, a material receiving tray, an X-direction driving assembly, a Y-direction driving assembly, a Z-direction driving assembly, and an A-direction printing head pitching drive component, B-direction material receiving tray rotation drive assembly and storage and feeding assembly, and is composed of X-direction drive assembly, Y-direction drive assembly, Z-direction drive assembly, A-direction printing head pitching drive assembly and B-direction material receiving tray rotation drive assembly Five-axis linkage structure of food 3D printer. The invention overcomes the shortcomings of traditional two-axis or three-axis linkage food 3D printers, and greatly improves printing efficiency through five-axis linkage, even in the face of complex three-dimensional structures composed of a single material or composed of multiple materials When the composite structure is used, the printing can also be easily realized, and the printing cost can be reduced at the same time. The five-axis linkage method adopted by the present invention can better conform to the development trend of food 3D printers.

Description

technical field [0001] The invention belongs to the technical field of food 3D printers, in particular to a five-axis linkage food 3D printer. Background technique [0002] With the continuous development of 3D printing technology, there are more and more types of 3D printers, and food 3D printers are one of them. The food 3D printers that can be seen on the market now are mainly two-axis or three-axis linkage, and the food 3D printers with the above structure generally have the problem of low printing efficiency. When printing complex three-dimensional structures composed of a single material, it is necessary to When using support materials as an aid, or printing a composite three-dimensional structure composed of multiple materials, it is necessary to replace the print head several times to achieve printing, which not only reduces the printing efficiency, but also increases the printing cost. [0003] The use of food 3D printers for food production will inevitably become ...

AI Technical Summary

Problems solved by technology

The food 3D printers that can be seen on the market now are mainly two-axis or three-axis linkage, and the food 3D printers with the above structure generally have the problem of low printing efficiency. When printing complex three-dimensional structures composed of a single material, it is necessary to When using support materials as an aid, or printing composite 3D structures composed of multiple materials, it is necessary to replace the print head several times to achieve printing, which not only reduces printing efficiency, but also increases printing costs

[0003] The use of food 3D printers for food production will inevitably become a development trend, but the existing food 3D printers at this stage are still difficult to meet the needs of food production. Therefore, there is an urgent need for a food 3D printer with a new structure that can solve the problem of low printing efficiency, Food 3D printer that does not require support materials and reduces printing costs when printing complex 3D structures

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