Product designers face a lot of challenges. One of the most common challenges is that they can’t show how the final product will feel and look. Although there are many advancements in the world of 3D CAD, there still is a lot of room for improvement.
Nowadays, rapid prototyping or additive manufacturing is getting quite popular among designers, engineers, and manufacturers. The reason is that it allows manufacturers to get a better idea of the product potential. With RP, things get much easier. Given below are some of the most prominent benefits of rapid prototyping. Read on to know more.
1. Checking the Design Concepts
With RP, designers can turn their dream into an actual model of the product. This allows them to see and feel the product. So, designers can turn their ideas into a prototype before developing the actual product. Besides, it provides them with a proof of concept for their clients.
2. Making the Required Changes is Easy
With a physical model of the product in hand, incorporating the changes takes no time at all. Once the feedback is received from the customers, necessary changes can be made.
Before finalizing the product design, many iterations are required. And each process of iteration helps improve the design even more, building the trust with both consumers and the designer.
Aside from this, this technique helps find out the needs of the market, which allows the development of competitive products.
3. Cost and Time Saving
We know time is money. With additive manufacturing, no time or cost is needed to make special tools, patterns, and molds. And the same printing equipment and CAD programs can be used for making different geometries.
Compared to the traditional prototyping techniques like CNC machining, there is not much waste produced in the process. This is because rapid prototyping doesn’t use more material than is required to make the product.
4. Customizing Designs
Although RP offers many benefits, one of the most promising ones is that it helps develop customized products based on the requirement of a customer. Also, it doesn’t require special processes or tools for implementing design changes.
The whole process remains untouched when a minor change is required. For manufacturers, it’s greatly beneficial.
5. Minimizing Design Problems
Also, additive manufacturing allows you to detect flaws in the product design before mass production is commenced. As a matter of fact, the materials needed for developing prototypes create a unit that shares the strength and properties of the actual product. Moreover, it also helps engineers perform required tests without any problem.
Possible faults and Issues are easy to identify so that the final product is free of these problems.
As far as product design and development goes, the use of RP is a lucrative decision. Therefore, the use of this technique should be encouraged in the product centers. In fact, in a world of competitiveness, this technique can help manufacturers make innovative products without allocating a lot of money to meet the costs.