3D Printing for Research and Development

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3D Printing in Research and Development (R&D)

3D printing technology has significantly changed the way designers in research and development (R&D) in a variety of industries, are able to speed up the process from idea to prototype. This technology allows for rapid prototyping, which can enable researchers and developers to design, create, and test new concepts quickly and more efficiently. This can greatly accelerate the innovation process, by allowing for more iterations and refinements in less amount of time.

3D printing also enables the creation of complex geometries and structures that are difficult or impossible to achieve with traditional manufacturing methods, expanding the possibilities for new product designs.

It also opens doors for the production of small-scale models for testing and demonstration purposes to save on materials and time.

Desktop 3D Printing Revolutionizing Research and Development

Desktop 3D printers are revolutionizing the way designers work in research and development (R&D). These compact, affordable devices allow designers to create physical prototypes from their digital designs right at their desks, significantly speeding up the design process.

Desktop 3D printers can now 3D print with a variety of different types of materials, enabling designers to experiment with different strengths, flexibility, heat resistance and more.

Taking R&D to a New Level with New Materials

3D printing technology in research and development (R&D) allows for the testing of a wide variety of materials, expanding the possibilities for product innovation. Traditional materials such as plastics (like PLA and ABS), resins, and metals (including stainless steel, titanium, and aluminum) are commonly used. However, the versatility of 3D printing also allows for experimentation with more novel materials.

For instance, composite materials that combine plastic with wood, metal, or carbon fiber can be used to create objects with unique properties. Biocompatible materials are being tested for use in medical applications, while flexible materials like TPU can be used for products requiring elasticity.

There are also ongoing developments in the use of sustainable materials, such as biodegradable plastics or recycled materials. This wide range of testable materials with 3D printing is providing R&D with unprecedented opportunities for material innovation.

The Importance of 3D Printing in the Research and Development Phases of Electronic Products

“Having an in-house 3D printer allows us to design parts that we never thought of before. Additive manufacturing makes it possible to have prototypes in a matter of hours to solve small supply problems and to do aesthetic work that can show the company if the direction it is going in is the right one or if it can be improved,” Revelant adds.


3D Printing Team Adds Value to Any Research Project

Brandon Langdon and his team know they can add something to your project — something you may not be able to get through traditional methods of creating parts.

Brandon is one of Sandia California’s electromechanical technologists, which is to say he knows how to 3D print very complex items — items that can be really small, created for a specific use and even made out of metals like titanium.

R&D Special Focus: 3D Printing

Additive manufacturing, or 3D printing as it is better known, is rapidly proving itself to be a disruptive technology in a variety of applications. The technique allows 3D objects to be quickly and simply created layer by layer, giving researchers the ability to prototype and customize objects of all shapes, sizes and functions, often out of unique materials that would be limited by traditional manufacturing practices.

Use of 3D Printing in Prototyping and R&D

Professional 3D printers are a useful tool in prototyping and research and development. 3D printing technology accelerates the design process, reduces costs, allows for personalization and adaptation of the product to customer requirements and supports the optimization of the project and shortens the time to market the product. 3D printing is a great solution for engineers and designers, which enables them to create innovative and effective solutions.

3D Printing In R&D

Concepts and design ideas can be explored much faster; in many cases a design can be drawn up in a day, printed overnight, tested the following morning and a new design iteration ready to print overnight again. Where an iterative process like this is suitable, development progress can be seen on a daily basis.



5 Ways 3D Printing Has Changed Research and Development

Aside from being a novelty for hobbyists who can now 3D print their models, 3D printing’s real innovation is in the research and development sector. Where once Thomas Edison had rooms full of engineers painstakingly perfecting the inventor’s newest design, we can now feed data into a 3D printer and have a prototype in just as long as it takes for the printer to churn out the material.

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