Computer readable storage medium and printing control product

Abstract

The invention provides a computer readable storage medium and a printing control product. A computer program is stored on the computer readable storage medium; when the computer program is executed by a processor, a test model corresponding to a model file can be printed by utilizing 3D printing equipment, and offset data of a printing head in the 3D printing equipment is read by utilizing the test model. The printing control product comprises an instruction, the instruction runs on a computer, the instruction is used for being called by the 3D printing equipment, the corresponding test model is printed, and the test model is the foregoing test model. According to the technical scheme, the measurement process of the offset data of the printing head in a traditional scheme can be reduced, the process of manually operating the 3D printing equipment is also reduced, and the offset data of the printing head is determined more accurately.

Description

technical field [0001] The invention relates to the technical field of 3D printing, in particular to a computer-readable storage medium and a printing control product. Background technique [0002] 3D printing technology has been widely used because it can make products present a three-dimensional shape. However, whether it is an independent dual-print head printer or an integrated dual-print head printer, or a printer with more print heads, the design size of the print head spacing is the same as There are unavoidable differences in the actual size of the product. The difference comes from the tolerance of the parts, the tolerance or error of the assembly, the inclination of the assembly, etc. The actual deviation size of the print head between different machines is different from the ideal deviation size. Therefore, in The print head needs to be adjusted before the printer prints. [0003] The existing adjustment method is mainly to input the relative distance of the two ...

AI Technical Summary

Problems solved by technology

[0002] 3D printing technology has been widely used because it can make products present a three-dimensional shape. However, whether it is an independent dual-print head printer or an integrated dual-print head printer, or a printer with more print heads, the design size of the print head spacing is the same as There are unavoidable differences in the actual size of the product. The difference comes from the tolerance of the parts, the tolerance or error of the assembly, the inclination of the assembly, etc. The actual deviation size of the print head between different machines is different from the ideal deviation size. Therefore, in The print head needs to be adjusted before printing

[0003] The existing adjustment method is mainly to input the relative distance of the two print heads from the slicing software, and print the general model to see if the print head is offset, and modify the parameter data in the slicing software. This method has a large amount of repetitive work and troublesome operation. As a result, the manual investment is large, the human participation is more, it is difficult to adjust large batches, and it is difficult to observe when the machine is running, the operation scale cannot be controlled, and the error of line observation is relatively large.

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