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Prototyping with a 3D printer is an excellent approach to save time and money, and increase design options. This allows companies to develop designs quickly and cheaply. The process of product development is subject to a variety of bottlenecks at various points throughout. Rapid prototyping can change the way you develop a product and ease your entire engineering process in a big way.


Rapid Prototyping Process

The method of quickly producing prototypes and models is known as rapid prototyping. This kind of prototyping can be carried out in a variety of ways and using several methodologies.

This style of prototyping allows designers to:

  • Quickly see the functionality
  • Test the effectiveness of a design
  • Compare variations

Traditional prototyping requires a lot of resources and effort. On the other hand, the rapid prototyping process often uses far more efficient and affordable techniques.
3D printing is one of the most well-liked methods of rapid prototyping. To speed up workflows and reduce costs, many industries, including engineering, architecture, and manufacturing, use 3D printing in their rapid prototyping techniques.

It is not best practice to use the terms rapid prototyping and 3D printing interchangeably. Rapid Prototyping is a technique, and one of the technologies that can be applied to it is 3D printing. Although 3D printing is frequently used for prototyping, this technology is also well suited for a wide range of additional functions and applications such as industrial manufacturing of functional parts in short runs.


Benefits of Rapid Prototyping

Time to Market

It should take as little time as possible for an idea to go from concept to deliverable. One immediately noticeable advantage of rapid prototyping is the reduction of wait periods in the iterative prototyping process from months or years to only a few days or weeks.

Test and Improve

Ideally, each 3D printed prototype will be an improvement over the one before it. A life-sized functioning prototype can help you fully grasp the advantages and disadvantages of a certain design, allowing for quick approval or rejection as the idea is put to the test.

Competitive Positioning

The high cost of lengthy, tool-intensive traditional workflows will automatically be reduced by bringing a product to market more quickly. Rapid development and introduction are necessary for competitive positioning, particularly in the consumer market.

Effective Communication

Small adjustments and significant changes alike become easier for your entire team to comprehend as each prototype gets closer to the appearance and functionality of the final design.


Applications of 3D Rapid Prototyping


Currently, 3D printing is used in many sectors as part of their rapid prototyping process. Engineers and manufacturers can use 3D Printing aka additive manufacturing for functional prototypes. This will enable them to test many technical facets of a tool or component. The technology allowed designers the freedom to design complex assemblies and components. Product ideas can be realized faster and functional units sent to market for testing, validation, and certification faster than when using traditional methods and molds saving time and money. The quickness and adaptability of 3D prototyping also benefit researchers and students.


Using Rapid Prototyping in Engineering Processes

Concept Prototypes

Early prototypes are frequently conceptual. Proof-of-concept models provide ideas that may have started as sketches on a napkin a physical validity. The best method to demonstrate an idea’s practicality is to apply it to the three-dimensional physical reality. Using a concept model in real life can help your technical team understand their next steps while also motivating management to carry a project forward.

Aesthetic or Industrial Design Prototypes

A design enters the stage of aesthetic or industrial design after being approved in its most basic form. The focus shifts to usability and functionality in these subsequent prototypes, albeit they may not yet be fully functioning. They start to focus on how the design should appear and feel. Engineers can think about the best way to manufacture the final design exactly using these prototypes.

Functional Prototypes

A working prototype is just that—it works. To ensure that everything will function as planned, these later-stage prototypes are frequently fashioned using materials that are comparable to those that will be used in a finished product. At this step, engineers focus on performance: does it fit, does it work, and do load-bearing components withstand loads?

Test Serial Production

Numerous goods are destined for mass production, which may entail using a distinct manufacturing process. Later-stage prototypes should employ the same materials and conform to the necessary production requirements as the final parts, and prototyping must consider the eventual manufacturing process to be used.

Demonstration or Presentation Model Prototypes

The penultimate stage of prototyping is the final look, which comes just before actual production starts. A prototype at this stage needs to not only function and feel like the finished product, but also look like it. This prototype can be utilized for presentations, final field testing, convincing investors of viability and feasibility, marketing materials as manufacturing ramps up, and other needs that need demonstration or presentation. Rapid prototyping seeks to accelerate this process relative to traditional prototyping procedures.


Anubis 3D: 3D Printing and Rapid Prototyping Service provider

3D printing and rapid prototyping go hand in hand for more effective and quicker engineering. By accelerating your operations and eliminating bottlenecks and other discomforts associated with conventionally drawn-out prototyping. One of the greatest technologies for prototyping is additive manufacturing because of the time and money saved and the simpler design testing procedure.

Anubis 3D is proud to be a leading additive manufacturer-3D printing service provider. We specialize in rapid End of Arm Tooling (EOAT) and On-Demand industrial components. Our team has years of experience working with clients who operate in several industries. Thousands of parts have been manufactured in our facility according to customer specifications and are part of large assemblies or as standalone components. The durability of our materials has parts functional for years or withstand thousands of cycles. We will share our expertise and provide input before we manufacture your orders making sure they meet and exceed your expectations. No matter the complexity of your project, our team will be able to provide you with an innovative solution. Work with us on an upcoming project. Get in touch with our team to learn more about how we can help.