AIM Processing Small Plastic Parts Blog

Plastic injection molding is sometimes compared to extrusion when customers are searching for the most optimized manufacturing method for their products. While the injection molding and extrusion processes are very different, they are both capable of producing high-quality parts with complex designs.

Nevertheless, there are certain types of products – or production goals – which are much better suited for the injection molding process, and vice versa. Learn more about these two unique manufacturing services below, including the common advantages and product applications.

While injection molding services are often compared or even cross-shopped with vacuum forming, which is a specialized form of thermoforming. However, the two manufacturing processes are actually quite different, and each is uniquely optimized for different types of projects.

For more than 50 years, the Colorado region has been a national hotspot for the injection molding industry. Throughout the decades, our state has served as one the nation’s primary bases in providing the custom toolmaking and injection molding services which are critical for manufacturing so many of today’s plastic products.

The demand for quality American injection molding services continues to rise in 2023, with an increasing number of domestic sellers onshoring some or all of their plastic manufacturing operations. Colorado is no exception, continuing to evolve into a nexus for the state-of-the-art plastic molding industry.

Of course, reshoring is partly a response to international supply chain disruptions which have impacted higher level manufactured products over the last several years. Many customers are simply looking for a more reliable manufacturing partner that offers a more dependable supply chain. However, it’s also largely an embrace of the superior quality, convenience, and customer service that Colorado’s injection molding companies can offer.

Automated production technology has become increasingly common throughout the American manufacturing sector – and the plastic injection molding service industry is no exception. New automation technology allows domestic manufacturers to be substantially more efficient and more productive, and thus more cost-competitive with their overseas counterparts.

Plastic injection molding services are a reliable, efficient, and scalable method for manufacturing an extremely wide range of different small parts and components. However, like all production methods, the injection molding process poses some unique challenges for small plastic part manufacturers.

Small part injection molding is an efficient and economical manufacturing method used across many different industries and product categories.

When compared to traditional casting methods or 3D printing, plastic injection molding is quicker to set up and easier to scale. Furthermore, the injection molding process is highly automatable, making it ideal for today’s domestic customers in search of a more flexible and reliable supply chain solution.

Injection molding services are an efficient, reliable, and cost-effective method to produce small plastic parts for a myriad of applications. From handheld consumer electronics and food/beverage utensils to state-of-the-art medical devices, plastic injection molding is a crucial capability throughout today’s manufacturing world.

Utilizing our specialized small part injection molding services, AIM Processing is able to manufacture small shapes and complex component geometries through an economical and highly repeatable process. This allows us to meet the unique needs of customers across numerous consumer, commercial, and industrial applications.

AIM Processing is a company that is focused on quality, and we have been dedicated to giving personalized attention to each molding project for nearly 30 years. As a result, our team takes great care to ensure that every project is constructed using the best possible materials for the intended application use. Beyond plastic, however, it can also be important to choose the proper metal inserts to work alongside the molded material. Explore some factors to consider when working with metal inserts.