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Appreciation of the five design prototypes made with 3D printers

Date : 2019-10-09         Source : www.fochif.com

Since the 1980s, 3D printers have gradually occupied a certain position in people's production activities after nearly 40 years of development. The most famous application is the 3D printing design prototype. 3D printers offer you a wide range of material choices, new design freedoms, and fast, cost-effective production. So what are the advantages of using 3D printing for prototyping? Let's take a look!

What are the benefits of 3D printers making prototypes?

The most important point is that 3D printers make models very fast. This is a clear advantage because time is money, especially in prototyping. You can test new design solutions faster, while constantly resizing your design and continuing to print the final product.

Secondly, 3D printers provide you with a large selection of materials and can complete many novel creative designs that cannot be produced by traditional crafts. With 3D printing, you can test the performance of your parts with a variety of plastics, flexible and heat resistant materials and even metal.

Five best 3D printer design prototype cases

3D printing prototype for racing cars

The Penske team has a history of more than 50 years in the racing industry. Time is the most critical factor in the field of racing. They are committed to continually improving the optimization of racing parts and trying to speed up wheel replacement. Thanks to the addition of 3D printers, their work efficiency has become even higher. From early product design verification to prototyping, 3D printed parts now take only one day compared to traditional manufacturing processes. This is the absolute most important aspect of the Penske team's work. If you want to win the game, you have to be the fastest, and 3D printing is exactly what they need.

3D printing glasses

Another industry that benefits from 3D printing is the eyewear industry. 3D printing offers new possibilities for material selection and can produce high-precision 3D printed prototypes while allowing quick testing at any time. Similarly, the 3D printing prototyping cycle is short, which speeds up the entire production process. 3D printers are not only suitable for prototyping glasses, but also for practical small-volume custom production.

Full-size 3D printer home design prototype

There are many cases on the web that use 3D printers to build houses or architectural models, but many people don't know that 3D printing is growing rapidly in the field of home design. With 3D printers, furniture designers can produce fully functionalized furniture prototypes and visualization models in a short period of time, then functionally test and iterate the final solution for the final product.

For example: chair. It is not only comfortable, but also the correct height, width, weight and material. These are just basic requirements, and you can see that 3D printing is critical to the prototyping phase to ensure the correctness of the final product production.

3D printing bridge

We already know that 3D printed bridges are entirely possible. Gdansk University in Poland decided to apply 3D printers to the design of new concept bridges. In the short term, a 3D printer can be used to create a visual model that gives designers a clear understanding of which bridge structure is best. At the same time, the designed bridge is scaled down for 3D printing, and functional tests are used to determine the maximum load and stress range that the actual bridge can withstand.

3D printed prosthetic arm prototype

3D printing is used in many applications in the medical industry. From 3D printed skin or bone to drug testing. Another amazing use is the 3D printing prototype of different prostheses. Bionics design is definitely a challenge, but 3D printers are improving the quality of life in ways we can't imagine. There are many things to consider, such as how to install a motor and how to let the patient operate the robot. 3D printing prototypes allow prototype product iterations to be very fast, cost-effective, and can quickly test different design solutions.

In addition, due to additive manufacturing techniques, prostheses can be highly customized to match the needs of the patient, which is very necessary. 3D scanning is used to obtain the most accurate limb image and data optimization, so that the 3D printed prosthesis can be perfectly installed in the human body without any discomfort to the patient.

What kind of business needs a 3D printer?

At present, 3D printers have been put into practical use in traditional fields such as education, automobile, traditional manufacturing, aerospace, military, film and television, and medical. If your industry is developing new products or services, 3D printers will be a good choice. 3D printing can help you shorten the product development cycle, and can apply different 3D printing materials for customized small-volume production. Compared with traditional processing methods, it can reduce costs and shorten development and production time in the early development stage and small batch production stage.

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