Both machining and casting have been used for a long time, so choosing the right process isn’t really about which method is "better", but rather about which method is better for the nuances of your specific project, including part geometry, material selection, production volume, budget, and beyond.

Flow analysis is a type of predictive modeling that uses computer software to simulate how molten metal behaves as it is poured into a mold for a part. With this analysis, foundry engineers can make informed decisions about gating, part clustering, pouring, and other steps of the casting process to improve consistency, speed, and quality.

In this blog, we'll walk through the casting process through the lens of creating a pair of stainless steel pliers. Along the way, we'll touch on each step of the process, hopefully leaving you with a clearer understanding of what goes into manufacturing your parts through investment casting.

C95500, also known as Nickel Aluminum Bronze, is one of the toughest non-ferrous alloys in the world. Learn some basics about this alloy and why using investment casting to produce parts in C95500 can save your business time and money.

Learn all about BABA Compliance (Build America, Buy America) and why it is crucial for some US-based companies seeking investment casting work.