How Rapid Prototyping Minimizes Investment Risks

With the birth of the first incarnation of CAD software in the late 1950’s, prototyping came to the forefront in the scientific community as a means of creating tangible beta designs for concepts. This shift made the design process far more efficient, which made the innovation process highly competitive and drove the need for speed in prototype design.

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Prototyping has essentially been a part of concept development throughout human history. However, the focus for most professional inventors and innovators tended to lean more towards planning and research. For a long time, prototyping was reserved for amateurs and laypeople trying to bring a concept to life. In the second half of the 20th century, technological developments led to a much more rapid pace of research and design. As a result, prototyping became more acceptable in the professional design world.

With the birth of the first incarnation of CAD software in the late 1950’s, prototyping and precision machining have come to the forefront in the scientific community as a means of creating tangible beta designs for concepts. This shift made the design process far more efficient, which made the innovation process highly competitive and drove the need for speed in prototype design.

That increased speed has continued to grow exponentially in the new millennium. Newer software and technology has continued to make the market more competitive and has dramatically driven down the cost of precision machining for prototypes. Today, anyone working to make a huge break with any new concept often must turn to rapid prototyping processes in order to drive their new creation to market in a reasonable timeframe.

Today, a number of options exist to help innovators bring their ideas to life. Depending on the project specifics, some rapid prototyping options include: CNC machining, vacuum casting, rapid tooling, injection molding, sheet metal prototyping, aluminum extrusion, plastic extrusion, and 3D printing. Each process has its own individual specifications and benefits, providing different tolerances and materials to match the needs of any prototype. Regardless of which options best suits an individual project, precision machining is guaranteed to shorten the time to market significantly while providing a realized object to design from.

One of the world leaders in rapid prototyping, 3ERP, has a wealth of resources to help designers hone in on the perfect rapid prototyping process through precision machining. Their services are fast, efficient, and affordable solutions that minimize the risk of investment for innovators beginning any new project.

Rapid prototyping is a fast, efficient way to shorten the time between ideation and market sales. In order to stay competitive, designers must rely on innovative prototyping experts like those at 3ERP. If you’re ready to prototype your concept, let 3ERP help determine the best material and processing option to fit your individual vision. 

They offer one-stop manufacturing services including:

Visit https://www.3erp.com/ for more information.

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