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Quality Sample Generation

By admin | September 28th, 2015 | Leave a Comment

The purpose of a design is to put on paper, in a visual format, an abstract idea for a part or tool so that it can be built by another party. Engineering businesses are a prime example of companies that put together a solid design whether it is on special paper or incorporated into a computer-aided design program. This information is then passed on to the manufacturing business that has the equipment and techniques to create the requested part or tool along with the certified personnel to work on every step of the process.

However, it is important to remember that one-dimensional designs are limited in that they are not functional and cannot display how the tool is supposed to work. This is where a prototype becomes a vital component in the process because it is a sample item of the design and allows individuals to evaluate for any flaws and functional issues. This step also ensures that bulk quantities are not created and then recalled because critical flaws were overlooked which costs companies millions of dollars and reputation.

Vendors that specialize in prototype manufacturing understand the necessity of generating a sample part or tool made from the best viable technique and quality material. They can make several of these based on the customer’s request which should always be finished and inspected by the quality control department to ensure compliance with the client’s specifications. These prototypes are sent to the customer for evaluation and if approved, the final production can begin or if feedback is provided then adjustments are made and the sample re-created.

Companies take full advantage of samples because this saves time and money later on down the road and guarantees that they establish a high standard of product during their process. Quality prototype manufacturing cannot be found just anywhere so you need to do the research, speak with representatives and evaluate their portfolio of prior accomplishments. You can then establish a pricing structure and find out which methods or techniques like CNC machining, rapid injection tooling, 3D printing and others, that they have developed within their facility and will recommend for your projects.