3D printing prototype refers to samples or parts with specific shape, size and material produced by 3D printing technology, which are usually used for experiments, tests and demonstrations in industrial design, engineering development, product manufacturing and other fields. It can quickly produce samples with high precision and complex shapes, and at the same time avoid manual errors and time costs of traditional manual production, and improve work efficiency and production benefits. The basic process of 3D printing prototype
usually includes the following steps:
1: Design model: use CAD software for design and modeling, and generate prototype model files.
2: Select the printer and materials: Select the appropriate 3D printer and materials according to the requirements of the prototype model.
3: Printing: Upload the prototype file to the 3D printer for printing.
4: Post-processing: After printing, post-processing is required, such as cleaning, polishing, coloring, etc., to obtain a more detailed hand model.
5: Inspection and correction: Check whether the printed prototype model meets the requirements. If there are defects, it needs to be corrected before the next round of printing.
6: Complete the prototype: process and handle according to actual needs, and finally get a prototype that meets the requirements.
The hand model produced by 3D printing technology has the characteristics of high precision, high complexity, high consistency and rapid production. In the process of manufacturing the prototype, 3D modeling is first required, and then the model is layered by slicing software, and the data of each layer is uploaded to the 3D printer for printing layer by layer, and finally the required prototype model is obtained. 3D printing prototypes
are widely used in product development, sample making, mold manufacturing and other fields.
ACME provides a variety of industrial-grade 3D printers, which can be used to print various types of prototypes, such as product prototypes in industries such as automobiles, home appliances, and toys. Among them, the SLA series of light-curing 3D printers can print high-precision prototypes. These 3D printers have the characteristics of high speed, high precision, and high efficiency, and can quickly produce prototypes that meet the design requirements, improving the speed and efficiency of product development.