Blog

We share information and tips we’ve learned from our experience in the CNC machining and sheet metal fabrication industry.

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What is thermal conductivity? Learn its formula, units, influencing factors, material values, and why it matters for CNC machining and material selection.
Learn what light metals are, their properties, types, uses, and how aluminum, magnesium, and titanium compare for CNC machining and part design.
Learn what thermal resistance is, how to calculate it, what affects it, and how thermal properties influence CNC materials, machining, and part design.
Compare acetal vs. hemiacetal structures, formation, stability and uses, and learn how acetal POM is CNC machined for precision parts.
What is manganese? Learn its properties, uses, role in steel and aluminum alloys, and how manganese content affects CNC machining and material selection.
What is brittleness? Learn its definition, causes, brittle material examples, physical properties, fracture behavior, and effects on CNC machined parts.
Learn stress vs. strain, formulas, units, stress-strain curves, and material behavior, plus how stress and strain affect CNC machined part design.
What is LDPE? Learn low-density polyethylene properties, structure, density, melting point, uses, LDPE vs HDPE, and CNC machining considerations.
Learn the main types of industrial coatings, including epoxy, polyurethane, zinc-rich and metalized coatings, and how to choose coatings for CNC metal parts.
Learn shear stress definition, formula, calculation, types, and examples, plus how shear stress affects CNC part design, materials, shafts, pins, and fasteners.
Compare SMAW vs GMAW welding, including shielding methods, equipment, speed, materials, advantages, costs, and applications in metal fabrication.
Learn what embossing is, how the embossing process works, common types, materials, machines, and key design considerations for custom embossed metal parts.
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