Simultaneous & positional machining

Complex geometry.
Fewer compromises.

Five-axis machining reduces setups and improves alignment between angled and multi-face features—ideal for demanding prototypes and compact components.

Quote a 5-axis part →
XYZAC

Why 5-axis

Accuracy comes from controlling setups

Moving a part between fixtures introduces alignment risk. Five-axis machining reaches multiple faces and difficult angles in fewer operations, helping preserve relationships between features while reducing fixture complexity.

Fewer setupsLower cumulative positioning error
Better accessShorter tools for deep or angled features
Cleaner surfacesContinuous tool orientation on contours
Faster iterationLess custom fixturing for prototypes

Good applications

Parts that benefit from five axes

01

Robotics

Compact joints, grippers, sensor mounts and structural links.

02

Optics & labs

Instrument bodies, alignment mounts and precision stages.

03

Automation

End effectors, nests, manifolds and custom tooling.

04

Product R&D

Organic housings, ergonomic forms and consolidated parts.

Engineering note

Not every complex-looking part needs five-axis machining.

Our engineers select the most economical process after reviewing geometry, datums, tolerance relationships and quantity. When 3-axis machining can meet the drawing reliably, we will say so.

Complex part?

Let us review the geometry.

Share your 3D model and tolerance drawing for a practical process recommendation.

Request a review →