When you’re sourcing a custom injection mold, questions about lead time, lifespan, cost, and quality are top of mind. Below we answer the five most common questions our engineering team receives from OEMs and product companies worldwide.
Case Study: Precision Medical Device Components for Diagnostic Imaging Equipment
At RCH Plastic, we specialize in manufacturing high-precision injection molded components for the medical device industry. This case study details our collaboration with a European diagnostic equipment manufacturer to produce critical plastic parts for their next-generation CT imaging system — a project that demanded exceptional dimensional accuracy, material biocompatibility, and repeatable quality across production runs.
Common Injection Molding Defects: Root Causes and Practical Solutions
No matter how well a mold is designed or how precisely a machine is calibrated, injection molding defects happen. The difference between an average shop and a great one isn’t zero defects — it’s knowing what causes them and how to fix them fast.
Design for Manufacturing: 7 Critical DFM Rules for Injection Molded Parts
Design for Manufacturing (DFM) is one of the most overlooked yet most impactful stages in the injection molding process. When done right, DFM can reduce tooling costs by 20-40%, shorten cycle times, and nearly eliminate post-molding defects. When ignored, it leads to expensive mold modifications, delayed timelines, and parts that simply don’t work as intended.
Injection Molding Design Guide: 15 Essential Rules for Better Plastic Parts
Designing plastic parts for injection molding isn’t just about making them look good — it’s about making them manufacturable. A well-designed part reduces mold cost, shortens production time, and eliminates defects. A poorly designed one? It can cost weeks of delays and thousands in tooling rework.