CNC TURNING
Concentricity starts with process choice.
Turning produces accurate cylindrical features with strong control of diameter, roundness and concentric relationships. Live tooling and sub-spindles can add cross holes, flats and milled details with less handling.
- 01Shafts, pins, bushings and spacers
- 01Threads, grooves, tapers and precision bores
- 01Mill-turn components completed in one cycle
- 01Bar-fed production for repeat volumes
TURNING DFM
Design around workholding and tool reach.
Long slender parts, deep bores and abrupt section changes can introduce vibration or distortion. We review length-to-diameter ratio, stock allowance and inspection access before release.
- 02Use standard thread forms and reliefs
- 02Provide realistic corner radii
- 02Support slender geometry where possible
- 02Call out runout to functional datums
READY TO BUILD?
Bring us the hard part.
Share your CAD and requirements. An engineer will respond with the clearest path forward.
Start a project ↗COMMON QUESTIONS
What engineers ask.
When is mill-turn better than separate operations?+
Mill-turn is valuable when rotational and milled features have tight positional relationships or when eliminating a second setup materially improves cost and repeatability.
Can you produce low-volume turned parts?+
Yes. The network supports prototypes, bridge quantities and bar-fed repeat production.