3D printing for injection molding is changing how manufacturers approach tooling. By using rapid tooling and 3D printed molds, teams can reduce cost, shorten lead times, and validate designs before investing in full-scale production tooling.

In the world of high-precision manufacturing, plastic injection molding shrinkage is one of the most persistent and complex phenomena. It is not a flaw, but an inherent aspect of polymer physics that must be mastered to achieve success. Understanding and accurately accounting for shrinkage directly impacts dimensional accuracy, component fit, and the mechanical integrity of the final part. This guide will delve into the science behind shrinkage and provide a powerful injection molding...

Master the principles of Design for Manufacturability in Plastic Injection Molding with these 10 essential DFM tips. Learn how to improve plastic part design, reduce defects, and optimize production efficiency through better material selection, mold design, and collaboration with manufacturing experts.