Stay ahead with technical guides, industry trends, and manufacturing best practices written by our engineering team. Valuable insights for engineers, procurement specialists, and OEMs seeking precision metal parts solutions.

How to control shrinkage in metal injection molding parts

MIM parts contract 17 to 20 percent between the mold and the furnace. A tooling engineer explains powder loading, binder systems, sintering profiles, and...

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316L vs 304 stainless steel for marine use

316L and 304 stainless steel look the same but behave very differently near salt water. A manufacturing engineer covers molybdenum and PREN, pitting and...

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How to specify surface roughness requirement on a drawing

A blanket Ra 0.8 note on a drawing adds cost nobody asked for. This guide explains Ra and Rz, ISO 1302 callouts, what casting, MIM, and CNC surfaces hold...

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Swiss screw vs 3-axis CNC for small parts | Yujiaxin Tech

Swiss screw machining and 3-axis CNC both produce small precision metal parts, but they win in different situations. This guide compares geometry,...

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How to Know If a Part Is a Good Fit for Metal Injection Molding

They send a beautiful 3D model, every surface machined to perfection, and ask for ten thousand pieces at a price that only makes sense if the part grows on...

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CNC machining vs gear hobbing for prototype gears

I have spent 18 years sourcing prototype gears. The CNC vs gear hobbing question depends on quantity, tolerance, and how fast you need parts. CNC wins at...

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