Rapid prototyping is a great way to create a new product or service. It is often utilized by companies that have a new idea who want to explore the opportunities of this concept. They sometimes use a rapid prototyping service to do this for them. The applications of rapid prototyping for three-dimensional design and manufacturing are essentially endless. They are only somewhat limited by the creativity of the designer. On top of that, rapid prototyping can be employed throughout all stages of the design and manufacturing process. Below you can find three rapid prototyping cases in the commercial industry.
For example, rapid prototyping is a cost effective tool to accelerate design optimization. This not only includes the design of the product, but also research and development. The employees of the design team can easily evaluate overall product functionality or they can focus on key attributes very early on in the design process. On top of that, they do not have to pay as much. Rapid prototyping namely is much cheaper than all of the more traditional manufacturing processes. Some of the key attributes of a new product can include fit, manufacturability, geometry, and material properties, although there are many more examples.
Proof of Concept
Another common application of rapid prototyping is Proof of Concept, also known as its abbreviation PoF. During this process, three-dimensional prototypes can be produced quickly. This will be done earlier in the design process so the prototypes can be evaluated based on product viability. Design team discussions can be facilitated as well, just like interest from key stakeholders can be generated. It can even be done to compare multiple design alternatives. The main benefit that rapid prototyping processes provide for Proof of Concept applications is its reduced schedule and cost for three-dimensional prototypes.
High fidelity prototypes
On top of that, rapid prototyping can be deployed in order to manufacture high fidelity prototypes. This is due to the versatility of additive manufacturing processes and materials. These high fidelity prototypes created with the help of rapid prototyping will closely match the end product. This is done so the prototype can demonstrate product functionality, while it can be used to perform reliable tests at a faster timeline and at a lower cost compared to the traditional manufacturing techniques as well by utilizing rapid prototyping.