Aerospace
Aerospace Machining: Angle Heads & Traceable Workholding
Aerospace structural parts are low-volume, high-mix and safety-critical: titanium and composites, tight tolerances and full traceability. The priorities are rigid low-runout machining of hard-to-reach features and fixturing that returns to the same datum, every time, on the record.

Machining challenges in aerospace
- Titanium and composites demand rigid, low-runout cutting
- Cross holes and side pockets would otherwise need a second setup or a 5-axis machine
- Safety-critical tolerances require traceable, repeatable fixturing
- High-mix, low-volume work makes setup time a large share of cost
How our workholding & tooling helps

Angle head milling cutters
Fixed 90° heads redirect the spindle to the side for cross-drilling and side-milling in one setup, with low runout on safety-critical features.
Angle Head Milling Cutters
Zero-point positioning
A shared, hardened datum keeps location consistent between operations and gives you repeatable, traceable fixturing across a high-mix schedule.
Zero-Point Positioning SystemsTypical parts
- Structural fittings
- Ribs and spars
- Brackets
- Actuator housings
Representative scenario
Challenge — Cross holes and side pockets on titanium and composite parts would otherwise need a second setup or a 5-axis machine.
Solution — Fixed 90° angle heads redirect the spindle to the side, while a zero-point interface keeps the datum consistent between operations.
Result
- Side milling & drilling in one setup
- Low runout on safety-critical features
- Traceable, repeatable fixturing
Illustrative scenario based on typical results, not a specific client engagement.