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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Learn what brittle failure is, why strong materials can suddenly fracture, how to identify brittle fracture surfaces, and how material selection, CNC machining, heat treatment and design can reduce failure risk.
Learn about 6082 aluminum properties, T6 and T651 tempers, CNC machining, welding, anodizing and how 6082 compares with 6061 for precision machined parts.
Compare the five types of stainless steel, including 303, 304, 316, 430, 440C, 17-4 PH and 2205. Learn their corrosion resistance, strength, machinability and how to select a grade for CNC parts.
Learn how profile milling works, including tools, 2D vs 3D toolpaths, cutter compensation, surface finish, DFM rules, common problems, and CNC tips.
Learn how hard anodizing colors vary by alloy, coating thickness, dye and sealing, plus Type III color limits, black hardcoat, tolerances and CNC tips.
Compare CNC machining vs. plastic injection molding by cost, volume, tolerances, materials, design limits, prototypes, tooling and production strategy.
Compare laser cutting vs. flame cutting for steel by thickness, accuracy, HAZ, kerf, edge quality, cost and secondary CNC machining requirements.
Learn what DFM means, how design for manufacturing works, common CNC DFM issues, cost drivers, tolerances, drawings and supplier DFM review.
Learn what fracture or breaking point means, how it differs from yield and tensile strength, how it is tested, and how CNC design affects fracture risk.
Learn what creep failure is, its three stages, creep vs fatigue and stress relaxation, testing methods, life prediction, and CNC design considerations.
Compare PA6, PA66, PA11, PA12, PA46, PA610, PA612 and glass-filled nylon, including moisture behavior, applications, CNC machining and selection.
Compare Solid Edge vs SolidWorks for modeling, assemblies, sheet metal, file compatibility, CNC workflows, collaboration, learning curve and engineering use.
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