2026-06-08
Learn how CMM inspection verifies CNC machined parts, GD&T features, first article reports, dimensional accuracy and quality control requirements.
2026-06-08
Learn copper, brass and bronze classifications, common grades and CNC machining tips for C110, C101, C145, C360 brass, naval brass, bearing bronze and aluminum bronze parts.
2026-06-08
Learn metal plating for CNC machined parts, including nickel, zinc, chrome, tin, copper, silver, gold and electroless nickel plating, plus process steps and design tips.
2026-06-08
Learn aluminum grades, alloy series, classifications and CNC machining tips for 6061, 7075, 5052, 6063, 6082, 2024 and anodized aluminum parts.
2026-06-08
Learn stainless steel grades, types, classifications and CNC machining tips for 304, 316, 316L, 410, 430, 17-4PH and duplex stainless steel parts.
2026-06-08
Compare the stiffness of common metal materials with Youngs modulus values, specific stiffness guidance, CNC design tips, and material selection notes for precision machined parts.
2026-06-07
Compare CNC plastic machining materials including POM, nylon, PTFE, acrylic, PE, PP, PVC and PEEK. Learn design tips, machining methods and material selection guidance for precision plastic parts.
2026-06-07
Learn CNC machining tolerances with practical ISO 2768-mK tables, H7/g6 shaft-hole fit values, tolerance selection tips, and drawing guidance for custom precision parts.
2026-06-04
Practical DFM guidelines for CNC machined metal parts: tolerances, holes, threads, radii, wall thickness, materials, finishes, and RFQ tips.
2026-05-18
Surface roughness chart for CNC machining: compare Ra, Rz, RMS and N grades, choose practical finishes, and avoid over-specifying costly surfaces.
2026-05-18
Hardness conversion chart for CNC machining and metal parts: compare HV, HRC, HB and HRB, tensile strength ranges, heat treatment effects, and testing methods.
2026-05-15
Introduction Designing high-quality CNC machined parts requires a balance between functionality and manufacturability. At MILE Precision, we’ve seen how minor design adjustments can significantly reduce lead […]