Machine for transforming digital model into material object fast

Abstract

The invention discloses a machine for transforming a digital model into a material object fast. The machine is composed of a lathe bed (1), a guide rail (2), a moving part (3), a movement source (4) and an embedded computer (5). The embedded computer (5) is arranged in the lathe bed (1) and is organically connected and combined with the moving part (3) and the movement source (4), and Wentai three-dimensional carving software and a carving operating system are embedded into the embedded computer. The integration of transforming the digital model into the material object is initially achieved, the process of transforming the digital model into the material object is simple, substances practical in life can be generated, and the advantages of being quick, simple and practical are integrated.

Description

technical field [0001] The invention relates to a machine for rapidly converting a digital model into a physical object, and specifically relates to a machine that imports a digital model into Wentai 3D engraving software to generate a three-dimensional prop path, and then engraves a physical object through a numerical control engraving machine of the engraving system. Background technique [0002] In today's era, with the rapid development of material digitization, there are more and more methods for transforming real world materials into digital models, and the machinery is becoming more complex and the precision is getting higher and higher. Compared with the reverse process of material digitization, the practical problem of how to directly transform the digital model obtained through material models or virtual creation into real objects has not been well resolved. Therefore, in order to solve this problem, it is particularly important to develop a machine that converts d...

AI Technical Summary

Problems solved by technology

[0004] In the above two methods, although the 3D printer is fast, cheap, and highly usable, it is difficult to print out practical objects in life, such as not applicable and processing the digital model into a real object according to the required materials, and at the same time , nor can it be used to make large physical

Although the mold design method can well convert various digital models into real objects in life, the process operation is too cumbersome and complicated, and the degree of mechanical automation is too low, which limits the development of the integration of digital models into physical objects, resulting in the inability to efficiently and quickly Generate physical finished product

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