Resources

Fortunately, it is possible to mold thermosets using a process called reaction injection molding (RIM), which was developed in the 1960s to make more impact-resistant automotive parts. Instead of melting down solid pellets, this form of injection molding uses a special mixer to combine the two liquid parts of the thermoset polymer and create a chemical reaction that allows the material to cure and harden once injected into the mold cavity.This article discusses the basics of reaction injection molding, the materials available, and the main advantages and disadvantages.

Turning, a term that resonates throughout the industry, is a technique that paved the way for modern machining and has become the cornerstone of mechanical engineering.

With a single-point cutting tool and a rotating workpiece, it opens up a world of precision cuts and intricately shaped components.

This article will unravel the ins and outs of turning, revealing the parameters, operations, types and equipment involved. Get ready to explore the world of turning, where raw materials are shaped into engineered perfection.

This article goes over the basics of injection molding flow lines, looking at why they occur, how to prevent them with good mold design and molding practice, and how to minimize their appearance with post-processing treatments.

Milling is one of the most popular machining processes. Milling machines can be found in almost every machining shop. The benefits and capabilities of these machines are far reaching.
People new to the industry often ask what milling is, how it works, and what the different types are. This article will discuss milling technology in detail. It will provide a lot of useful information for beginners and professionals alike. In addition, it contains many tips for improving the quality of milling operations.

Imagine a sophisticated system that seamlessly integrates design, manufacturing, and quality control to maximize production efficiency. It’s not some distant dream, but a reality today known as Computer-Aided Manufacturing (CAM). This comprehensive guide delves into the exciting world of CAM, unraveling its history, how it works, its benefits, and future trends.