Nothing comes cheap in the market nowadays. Especially if it’s something unique or personalized. But if you look at it from a different perspective, 3D2GO offers everything outside the box. Once you see the considerations, it would be easy to understand why they come in pricey.
Basic prototyping tools and methods are cost-effective. They can facilitate an agile design process by using off-the-shelf parts and low-cost materials as much as possible. Although 3D printing has become a common choice, these basic techniques could still be used. This would be ideal for students who prefer a more cost saving method. These are also ideal for sudden project proposals that 3D printing could not meet the deadline of. One of its advantages is that traditional methods assure consumers that designers really have full knowledge of what they are presenting.
The following materials allow designers and engineers to work quickly and cheaply:
These materials are easy to work with because they can be shaped with common tools and adhesives.
This is similar to basic modeling. But they have a distinct difference when it comes to tools. Fabrication makes use of power tools and superior materials. These prototypes also provide a clearer picture of the design intent. This is the result of higher-quality tools used.
Designers and engineers use the following:
As its name implies, rapid prototyping allows designers to quickly. Traditional prototyping may take a lot of time and materials. Meanwhile, rapid prototyping typically involves methods that are much quicker and cost-effective.
One of the most popular forms of rapid prototyping is through 3D printing.
The terms rapid prototyping and 3D printing are used interchangeably. This should not cause confusion, though. Rapid prototyping is a technique. On the other hand, 3D printing is one of the technologies that can be used for this technique.
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