There are different processes used to create the pieces and materials needed to bring a prototype to life. These processes need to be completely understood by the inventors of and investors in various prototypes. Resin molding, one of the most popular processes for prototypes, is a process to consider. The Resin Molding Process The resin molding process is fairly simple and used in several ways to create sturdy materials. This is important for inventors, as they want to make sure that their prototypes are as sturdy as possible. The resin molding process is a low-pressure process. A catalyst is mixed with the material to be molded. The mixture is pushed into the mold at low pressure and is allowed to set. Once the mixture cures, the mold is ready to be broken, revealing the part for the prototype. The Benefits of Resin Molding While this process is slower, it generally costs less than other quicker, more detailed forms of molding. Resin molding is one of the most cost-effective ways for an inventor to put together their prototypes. The slow, low-pressure nature of resin molding also allows for complex molds. This is perfect for inventors, as the pieces that they create can often be quite detailed. This form of molding produces small details in a complete and strong manner. The resin and catalyst used for resin molding provides strength that isn’t seen with most other molding processes. Those who are looking for a strong, sturdy prototype should use pieces that are cast from resin molds. Each prototype is different, with different needs and features. Inventors should work with manufacturers to discuss whether or not resin molding is the right type of molding for the pieces they need.