Insights from our engineers to help you optimize designs, select materials, and avoid defects.
Showing 8 of 8 articles
Choosing between investment casting and die casting affects your part cost, lead time, and dimensional accuracy. This guide walks through the key decision criteria with real-world examples.
Porosity, shrinkage, cold shuts, misruns — casting defects cost manufacturers millions annually. This guide covers the 7 most common defects, their root causes, and how to prevent them at the design stage.
Material selection is one of the most consequential decisions in casting design. This guide covers the most common casting alloys, their mechanical properties, and the applications where each excels.
A well-prepared casting drawing reduces RFQ response time from weeks to days and prevents costly misunderstandings. This guide explains exactly what information a casting supplier needs to quote accurately.
Electric vehicle battery housings demand a combination of structural integrity, hermeticity, and thermal management that is pushing manufacturers from HPDC toward LPDC and squeeze casting. Here is why.
Combining casting and CNC machining in one facility eliminates re-fixturing errors, reduces lead time by up to 40%, and delivers tighter final tolerances than outsourcing each step separately.
Splitting casting and machining between two suppliers seems like a way to get the best of both worlds. In practice, it creates coordination overhead, quality disputes, and hidden costs that a single integrated supplier eliminates.
Choosing the wrong alloy adds cost, reduces performance, and creates quality problems. This guide covers the key decision criteria for selecting casting materials across steel, aluminum, stainless, and titanium alloys.