Design for 3D Printing

It shortens the time for the product to be produced with the Design for 3D Printing method to enter the field. It also provides significant innovations in quality and reliability.

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What is
Design for 3D Printing?

Always considering Design for 3D Printing principles when developing a new component or product is an important step towards dominating the production method of the future. Because analyzing existing components to verify that they were designed and manufactured efficiently can also yield important results. When designing for a particular manufacturing process or technology, DF3D is all about transforming production into something that can be easily assembled or end-user product, by removing the geometric barriers that arise during the product development process, the barriers inherent in classical manufacturing methods.

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Design for 3D Printing

Zebra Proje

Why Design for 3D Printing

Examined at a deeper level, DF3D is used not only to ensure that a part can be manufactured, but also to ensure that the part can be reliably manufactured to the engineer's original specification with minimal tooling costs, low part costs, fast cycle speeds. It also significantly prevents the scrap rate.

Design for 3D Printing Usage Areas

Instead of the classical design and mass production method, we have started to hear more about the concept of personalized design and personalized production (Personalized Production). 3D printers are now accepted production systems for single or low-volume productions. It can be produced almost according to the material properties you want. Moreover, without investing in mass production. You can produce anything with 3D printers. In 3D productions, the only limit is the design limits. While the production rules were changing, the concept of design suitable for 3D printers (Design for 3D Printing) began to emerge in parallel. With this concept, imagine that all the limitations applied according to the classical production and design methods have disappeared. Developing material technology strengthens this concept day by day.

Eliminate Design Limits!

As technology evolves, needs and product expectations change. For example, a passenger plane flying between continents should be of minimum lightness. At the same time, it should not compromise on robustness and production costs. Within the framework of these requirements, the unconventional design outputs of the Design For 3D Printing method and 3D production come into play as the production solution of some parts.

With this method:

The product / machine equipment can be designed without limits. You can choose from a wide range of materials in terms of variety. 2-2,5-3-5 axis productions are not adhered to. Co-productions with classical production methods (Hybrid) can be avoided. It can be applied in any industry. It’s a cheapening tool. It reduces processes and costs. It eliminates processes such as mold, casting, injection, machining in low-volume production. Fast production of the product is ensured. It produces what is needed and always keeps its carbon footprint at a minimum.

Design for 3D Printing Pricing

Design for 3D printing service pricing varies depending on the design requested.

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If you want to have design for 3D Printing at Zebra Proje with extraordinary speed and quality service, you can contact us.