Many products require a variety of different sizes and shapes of parts in the production process, and some customers require overly complex part designs, resulting in longer production cycles and increased costs. But, fortunately, there is now 3d prototyping technology, no matter how complex the design you need, through 3d printing can be quickly and clearly printed into reality, not only for the development of prototype parts, but also for the end-use occasions, the application is very diverse.
In the past, designers had to submit 3d prototyping for production of parts, from CAD files to parts production, during which various cutting and mold processing were required, and the manufacturing time was greatly extended. With the widespread use of 3d prototyping technology, the above production process is effectively shortened without the need for any cutting or tooling, providing effective support for fast delivery.
For more complex parts or parts with special customer requirements, the processing difficulty is significantly increased, making it difficult to control both time and production costs. However, 3d prototyping technology can be used to create highly accurate molds through SLA rapid modeling, whether it is a thin-walled part or a part with sharp corners and other complex shapes.
Conventional part manufacturing requires a high level of raw materials, but 3d prototyping can use a variety of special materials, such as clear resins, casting resins or resin resins, to meet customer-specific needs while saving costs.
Because of the many advantages of 3d prototyping, this technology is widely used in different fields, such as automotive structural parts and architectural 3D molds, and even in high-tech industries such as biotechnology and the aerospace industry. The benefits of diversity can also save time, production costs and manufacturing costs, bringing a better experience to consumers.
- Jan 21,2022
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