The history of injection molding dates back to 1868 when John Wesley Hyatt found a way of crafting perfectly round billiard balls through the injection of celluloid materials into a mould. Today, this manufacturing process is used in a wide variety of applications and industries with materials ranging from glass to thermoplastic. With the right engineered design, the possibilities for mould development and product creation are practically limitless. As this manufacturing process continues to evolve and improve, more and drain cover more businesses are in need of Personalized injection moulding and product design work. From the first idea to the finished product, it is crucial manufacturers are able to work with an expert design and mould creation team to ensure their finished product will be a stellar 3D creation of their 2D engineered plans.

Injection moulding can be used to create swimming pool modular grating which is a crucial part of the design of many swimming pools, especially those used in the public arena such as in hospitals, schools, and fitness facilities. Moulds can be precisely created to meet the needs of the particular pool they will be installed in so the drain lies flat against the tile or concrete surrounding and does not cause any risks for tripping accidents.


This process can also be used in molding and silk screen. Through this manufacturing implementation, large and small silk screens can be created for use in creating small signs or large business signs that offer a 3D effect with backlighting. With the use of innovative ink-matching capabilities, companies can have silk screen design plans drawn up and then created into moulds so the perfect shapes and colors can be created in the sign.

Injection moulding can be used to create all types of products, from musical instruments to the cases for game systems. This process is perfect for creating large volumes of parts or products that are uniform in size, shape, and function. Many manufacturing companies now work with expert engineer design teams and mold crafters to make sure the components of their products meet their exacting standards for continuity.

While there are many materials that can be used in injection manufacturing, polymers are considered ideal. Today, there are thousands of materials that can be used to in this process. It is expected the number of available materials will continue to increase exponentially with around 750 new materials being added to the repertoire yearly. As further advancements are made in injection crafting, it will be exciting to see how much this process will become a part of the creation of most every product on the planet.