Our Precision Casting Process FAQ series continues with a look at burnout/dewaxing. Learn about this step of the casting process, why it is important, how we recycle our wax patterns, and more.

The ceramic slurry is the third major step of the precision casting process. During this step, our wax patterns and their trees are dipped in a ceramic slurry and blanketed in a sand/stucco coating. This process happens several times to ensure adequate coverage and a strong outer coating for metal pouring at a later stage.

We explore 316 SS, also known as Marine-Grade Stainless Steel. Learn about its unique properties, common usage scenarios, and why it is the preferred material for industries that demand durability, corrosion resistance, and longevity in marine environments.

Today's blog focuses on Wax Injection Molding and FAQs about this step in the precision casting process. We'll tackle the basics of wax injection, touch on 3D printing advancements, how tooling progresses to wax injection, recycling, tree and gate building, and more.

The Precision Casting Process is a multi-step manufacturing method that is used to produce hundreds or even thousands of identical metal components. In today's article, we'll answer FAQs about precision casting with a focus on tooling. Let's get into it!