3D printing technology has developed into an industry worth billions of dollars. It is not only based on the ability to create models or prototypes, but also on the ability of models or prototypes. At present, the difference between 3D printing accelerated prototyping and design is that in order to develop products, unlimited 3D design and complex geometry can be modeled and printed, but it can also be used as a functional end-use component to play a role in key medical applications, aerospace and automobile.


More effective feedback is fast turnaround

Although additive manufacturing is a functional component used in important applications, manufacturers rely more than ever on Rapid Prototyping services for 3D printing. An important difference is that they can now use the same materials and technologies to design prototypes and use functions. It becomes easier because more and more advanced 3D printing materials and technologies are available.

No advance is required, which means that the designer is free to choose when starting the prototype design. In 3D printing technology, this process is very simple, which can ensure high-quality 3D printing, just like uploading 3D models and obtaining real-time quotation and file analysis. While some customers may create 3D print prototypes for presentations or meetings, others may iterate to achieve perfection.

3D printing accelerated prototyping and design may require several different iterations until product development enters the final part. However, some 3D technology customers have experienced a more intense process. After feedback, the prototype design changes, and then continue to iterate more than 100 times. Strict project requirements and design guidelines usually determine the strictness of prototyping, but it is entirely up to the customer.

Typical 3D printing materials and technologies for 3D rapid printing prototypes

Freedom of design is the key to 3D printing to accelerate prototyping and design, which is why many technical customers choose materials such as nylon and selective laser sintering for prototyping and functional use technology. 3D printing technology provides high precision and good prototype mechanical properties. Offers a range of dyeing and decoration - from natural to smooth nylon 12 because it is both strong and flexible. This means that 3D printing is stronger, thicker parts have greater stiffness, and thinner parts have greater elasticity. Of course, now piocreat has launched a granular 3D printer, which means that we can try more materials and carry out product design iterations at a lower cost.