You might have heard the words “prototype development/manufacturing” thrown around. If you don’t understand what it means, this article will help you understand the meaning as well as why manufacturing prototypes is extremely important. It is a process of creating three-dimensional, smaller models of a product before the actual manufacturing of the product and is akin to the process of 3D product rendering. Prototypes help the product designers determine if their design is viable or not, and how well it performs, before they invest money in the mass production of the actual product.
Manufacturing Process of Prototypes
Prototypes come in many shapes and forms, but there are a few common ways of creating them. Most commonly they are created by 3D modeling whereby a digital 3D model of a product is created using computer-aided design software that is commonly known as CAD software. This process allows the creator to generate, modify, optimize, and ultimately visualize what a product will look like. This is usually followed by a new method, these days more commonly known as 3D printing. This process involves building the visualized design into a tangible model of the product with materials like plastic, resin and in some cases, metal. If you’re creating prototypes in low volume, or if you’re working with a complex design or geometry, this would be your best bet. Prototypes are also created by hand sometimes because the manual process allows for more flexibility, but it’s not viable for high-volume production of prototypes.
Impact On Product Quality
Ultimately, quality prototype manufacturing allows you to really visualize what your end product may look like. It gives you the opportunity to do a test run of your product in the real world and determine if it will work. Essentially, you minimize the size of the product and reduce the materials used to determine the viability of your design for a smaller financial investment than you would make in your actual product to determine if your design works or not. Most of the time, manufacturers are able to figure out the problems in the design when they are testing prototypes. It allows them to correct the designs and solve any problems before the en masse product manufacturing begins. Based on how your test runs go, you can fix and modify the issues in the product as you further refine it.
Understand The Manufacturing Process
Sometimes it is easy to visualize a design and even determine that the science behind your design will work based on facts. But the actual manufacturing process can be daunting and might not yield favorable results. Creating the prototype is a great way of familiarizing yourself and your production unit with the possible issues that can arise when you manufacture your product. It could be excessive loss of raw materials or overconsumption of energy. Basically, all the flaws and redundancies of the process also come to light, along with the flaws in the product design. It gives you a chance to work on refining the process.
Testing Market Appeal
You might find that your prototype works and that means the solution you’re offering works as well, but there’s a catch. You also need to determine how the market will respond to your product. Creating cost-effective prototypes allows you to distribute the preliminary version of your product to your target consumer base and gather their reviews on your product. The feedback from the users can help refine the final product before you launch it to the general public. This process is similar to beta-testing of software where companies launch new features of their apps that users are free to utilize and give their feedback on.
Attract Investments
When you pitch your new product to potential investors, they usually want to visually see the impact and potential of your product. The best way to ensure that your product works is by showing your investors a prototype. If they can see your product in action, and interact with it then it helps boost their confidence in your design as well as business model and they are more likely to be willing to invest in it.
Conclusion
The idea of building prototypes dates nearly as back as the first invention by humankind. Modern manufacturing of prototypes became mainstream around 19th century but since the industrial age until now when technology has evolved exponentially, prototypes have become a necessary step in invention of products and solutions.