Technology revolutionizes the way we create products. When you have an idea for a project, you must take several steps to make sure it’s doable.
If you are thinking about developing a new product, one of the most important steps is creating a prototype. Learn about the top popular processes to create prototypes that will deliver even the smallest details with precision and accuracy.
Virtual Reality
Virtual reality will not deliver a physical product but will give you information on practical use before it goes into production. Virtual reality is the trendiest way to create new products. In the metaverse, you can use unique products and even sell them to other users.
Creating a virtual prototype for a product is a quick digital process where you can change characteristics and features as much as needed. Virtual reality opens doors for new possibilities in production, usage, and sales.
Thermoforming
Thermoforming creates a mold by wrapping sheets of plastic around an object. You can then use this mold to make a prototype. This process requires heat, special equipment, and professional supervision. Thermoforming is ideal for large products because it involves vacuuming sheets of plastic that cover larger areas.
Reaction Injection Molding
Better known as RIM, reaction injection molding combines two liquids that strengthen after mixing. Professionals then inject the mix into a mold to create a product. One of the main differences between reaction injection molding and thermoforming is heat, which makes thermoforming more delicate.
The RIM process is versatile. You can create a prototype with high-definition details and enhance other product characteristics, like wireless connections and protection. It is easy to achieve with the right equipment and is fast, reliable, and safe.
3D Printing
This is one of the most popular processes to create prototypes in different sizes and shapes, with different functions, because a machine produces everything. First, you must use software to create a digital visual of your product. The system will then translate the shape into printing language.
A printer can use different colors, sizes, and plastic shapes to get the most accurate representation of your product. The length of the process depends on the size of your product. It might take longer for larger-sized projects, but you’ll be satisfied with the results.
