CAPABILITY / CNC MILLING

CNC Milling

Precision CNC milling for prismatic and freeform components, from fast engineering prototypes to repeat production.

ENGINEER REVIEWEDUPDATED JUL 20267 MIN READ
3–5CONTROLLED AXES
±0.01 mmTYPICAL PRECISION
CMMINSPECTION AVAILABLE
CNC MILLING

Turn complex geometry into a stable process.

Mockup selects 3-axis, indexed and simultaneous 5-axis strategies around feature access, datum relationships and production volume. Fixture, toolpath and inspection planning are aligned before the first chip is cut.

  • 01Housings, brackets, manifolds and plates
  • 01Soft jaws and dedicated production fixtures
  • 01Prototype and repeat-order process control
  • 01Metals and engineering plastics
MILLING DFM

Protect rigidity and tool access.

Deep pockets, thin walls and small internal radii increase tool deflection and cycle time. Early DFM helps preserve functional intent while simplifying setups and improving repeatability.

  • 02Increase internal radii where possible
  • 02Align features to common setup directions
  • 02Avoid unnecessarily deep narrow slots
  • 02Dimension critical features from 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.

What is the difference between CNC milling and turning?+

Milling rotates the cutting tool around a stationary workpiece; turning rotates the workpiece against a tool and is best suited to rotational geometry.

Can milled parts be anodized or plated?+

Yes. Finishing is coordinated with masking, dimensional buildup and cosmetic requirements reviewed before production.