Choosing the Right Surface Finish for CNC Machined Parts
Anodizing, plating, or coating? Learn how base material, function and cosmetic zones decide the right surface finish for CNC machined parts.
OEM CASE STUDIES
Examples of precision CNC machining support for automation equipment, medical device, semiconductor equipment, robotics, and industrial machinery OEM projects.
Anodizing, plating, or coating? Learn how base material, function and cosmetic zones decide the right surface finish for CNC machined parts.

GD&T in CNC machining controls form, orientation, and location beyond size tolerance, so parts that pass inspection still fit and function in assembly.

Learn when Swiss CNC machining is the right choice for small, slender, feature-dense parts — and when a conventional CNC lathe is the better option.

Learn why CNC machined parts can pass inspection but still fail during assembly due to tolerance stack-up, GD&T, datum relationships, and functional fit issues.

Learn how CNC machining tolerance stack-up causes assembly problems and how DFM review, GD&T, and tolerance analysis improve precision manufacturing results.

Wire EDM machining support for tooling details, profiles, slots, and complex precision metal features.

Precision CNC machining and inspection-supported components for medical device and semiconductor equipment OEM projects.

CNC milled fixtures, brackets, housings, and motion-related components manufactured for automation equipment projects.
Recommended products
Popular pieces selected to support the routines, repairs, and ideas featured in our journal.

Wire-cut EDM profiles, tooling details, tight-tolerance slots, and precision metal parts for complex OEM requirements.

3-axis and 4-axis CNC milled aluminum, stainless steel, brass, and engineering metal components for OEM assemblies.

Precision turned shafts, pins, sleeves, bushings, and round metal components manufactured to customer drawings.