INDUSTRIES

AEROSPACE

HIGHER STANDARDS.
HIGHER PERFORMANCE.

Precision CNC cutting tools for demanding aerospace applications—from titanium structural components to heat-resistant alloys and complex, thin-wall features.

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PRECISION
PERFORMANCE
RELIABILITY
INNOVATION
AEROSPACE MACHINING

MEETING THE DEMANDS
OF A HIGHER ALTITUDE.

Aerospace components demand tight tolerances, complex geometries and stable performance in difficult-to-machine materials. A successful tooling plan starts with the actual component, alloy, machine, holder, coolant strategy and target result.

◎TIGHTER
TOLERANCES
◇COMPLEX
GEOMETRIES
◒DEMANDING
MATERIALS
TYPICAL COMPONENTS›
Aerospace titanium structural component machining illustration
  • Structural brackets and housings
  • Engine cases and precision features
  • Thin-wall aerospace components
  • Complex multi-axis geometries
MATERIALS MACHINED›
TiTITANIUM
  • Titanium alloys including Ti-6Al-4V
  • Nickel-based heat-resistant alloys
  • Stainless steel and high-strength steel
  • Aluminum aerospace alloys
RECOMMENDED TOOLING›
CutNexo solid carbide end mill family
  • Application-matched solid carbide end mills
  • Carbide drills for precision holemaking
  • Stable toolholder configurations
  • Insert families for turning operations
FROM CHALLENGES

TO HIGHER RESULTS

THE CHALLENGEOUR APPROACHTHE TARGET RESULT
Difficult-to-machine titanium and nickel alloys→Geometry, coating and cutting data matched to heat load→Controlled wear and stable machining
Tight tolerances and complex geometries→Rigid holding, controlled runout and process planning→Repeatable dimensional accuracy
Heat generation and chip recutting→Coolant strategy and effective chip evacuation→Cleaner cutting and improved consistency
Long or thin-wall features→Balanced engagement and deflection-aware selection→Greater process stability
APPLICATION BRIEF

TITANIUM STRUCTURAL COMPONENT MACHINING

For a useful recommendation, the tooling choice must be reviewed against the component geometry and real machining conditions. CutNexo uses the information supplied by the customer to narrow a practical starting configuration.

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BUILT FOR SERIOUS APPLICATION REVIEW

THE INFORMATION BEHIND A BETTER STARTING POINT.

◎APPLICATION DATAMaterial, operation and machine context
▤DRAWING REVIEWCritical dimensions and feature access
◇TOOL CONFIGURATIONGeometry, coating and holder selection
⚙TRIAL SUPPORTStarting parameters for verification
AEROSPACE APPLICATION SUPPORT

LET'S BUILD WHAT'S NEXT.

Talk to our team about your aerospace machining challenge and the tooling information needed for a focused review.

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