The application of 3D printing in the field of industrial design is mainly used to make hand-plate models or display models.

3D printing technology is mainly used for the inspection of product appearance and internal structure size, or for exhibition and customer confirmation. Compared with the traditional manual model prototype, the surface quality is not high, the appearance of the product is not realistic, the assembly is not strong. 3D printing can replace the labor of “craftsmen”, making models more reasonable, more precise and more suitable for practical needs. The advantage of 3D printing technology lies in the rapid prototyping of products. As long as the 3D model data is provided, the current designed model can be printed without the need to open a mold, and the data can be changed at any time to be reformed. The cycle is short, the molding speed is fast, and the cost is low.


For complicated design parts, the traditional injection molding method not only costs a lot, but also takes six months or longer to open the mold. The bigger problem is that the cost and time of any design changes will rise further. Therefore, more and more enterprises choose 3D printing technology to help their r & d and design departments make a physical assemblable model in a short time for product demonstration.

This case is made of science and technology for 3 d printing team through the design of customer data, such as precision ratio zoom processing, with 3 first DSL series curing light 3 d printing equipment to print out high precision, its core components only more than 10 hours to print time, successfully simulate the size and structure characteristics of the equipment, for customers in the fastest time of research and design departments to provide physical assembly model, the photosensitive resin printing plastic parts completely from the perspective of function and structure can satisfy the use of client authentication. It is then painted and painted to make the model suitable for exhibition. With 3D printing, customers saved 56 percent of their costs and 42 percent of their cycles. The flexibility of 3D printing is on display.


Advantages of 3D printing technology in making industrial design models:

No need for assembly: 3D printing rapid prototyping technology produces integrated molding of product component models. The more components, the longer the assembly time and the higher the cost, 3D printing technology beats traditional manufacturing methods in production cycle and cost.

Provide designers with unlimited design space: traditional manufacturing methods produce a limited number of product models, and the manufacturing of specific products is limited by the tools used. The 3D printer itself is good at making models with complex structure, which can break through these limitations and open up larger design space.

SLA photocure 3D printing equipment has its own unique advantages in the field of industrial design. Compared with FDM molding process, its products are large in size, high in accuracy and smooth in surface, which are subject to many customers with high requirements on model accuracy and surface quality.


Post time: Oct-23-2019