Why prototype?
A prototype is a sample, model, or release of a product built to validate ideas, gauge client demand, or optimize a manufacturing process. It’s an excellent way to test and explore ideas before committing too many resources. Additional advantages of prototyping include:
- Have a physical model of the product
- Better understand the design intent
- Obtain early feedback
- Validation before development
- Saves time and money
Prototyping offers the ability to have multiple discussions between iterations before getting into final development. This process makes it easier to know what you’re building is what’s needed.
When design changes are necessary, they’re easier to make at the prototype phase than after full-scale production has begun. When prototyping, minimal or zero investment has gone into creating the full product. Changes at this step of the product realization process are easier and cheaper, helping you achieve your goals faster.
Ways to prototype
When it comes to making a prototype, there are many different manufacturing options. These include 3D printing and CNC machining, which offer unique benefits.
CNC Machining
This manufacturing process utilizes computer inputs to control tooling such as drills and lathes. It’s used across many industries for a variety of prototype and end-use parts.
CNC machining is a great way to obtain prototypes that require strength, mechanical stability, and other characteristics. These prototypes are perfect for testing fit, form, and function.
3D Printing
3D printing is a cost-effective and speedy way to manufacture prototypes for presentations, analysis, and testing. Often called 3D prototyping, it’s an additive manufacturing method where the material is added until a specific shape is formed.
3D printing is perfect for making mechanical parts, cases, architectural models, props, and consumer products.
