Technical Blog

CNC machining lead time shifts from days for prototypes to weeks for production. Learn which tolerances, fixtures, and finishes drive each phase.

CNC milling vs turning: match part geometry, tolerances, and volume to the right process and avoid unnecessary setups and cost.

DFM for CNC machining cuts cost by simplifying setups, tool access, tolerances, and finishes. Use this practical review checklist before you quote.

Preventing CNC machining defects: control chatter, burrs, and distortion with practical tooling, workholding, and tolerance choices.

Metal post-processing choices affect fit, corrosion, and lead time. Compare anodizing, passivation, plating, and coating before you finalize your drawing.

CNC machining tolerances drive part cost. Learn which ISO 2768 limits, finishes, and fits to specify so quotes stay realistic and lead times hold.

Specify CNC surface finish by function: realistic Ra values, ISO 2768 tolerances, and material effects that keep machining cost and lead time down.

CNC machining thin-wall parts requires tight tolerances, smart fixturing, and early inspection. Learn practical tips to control deflection and cost.

Practical flatness tolerance guide for CNC machined aluminum: realistic values in 6061-T6, stress relief, ISO 2768-2, and CMM verification.