Inconel and Nickel Superalloy Machining for Aerospace
Inconel and nickel-based superalloys are essential for high-temperature aerospace applications including jet engine hot sections, exhaust systems, and rocket components. These materials present extreme machining challenges requiring specialized tooling and expertise.
Why Aerospace Requires Inconel & Superalloy Machining
- ✓Maintains strength at temperatures above 1000°F
- ✓Essential for jet engine hot section components
- ✓Excellent oxidation and corrosion resistance
- ✓Required for rocket engine and missile applications
- ✓Critical for turbine components and afterburners
Typical Applications
Materials Commonly Machined
Technical Considerations
- •Extremely low cutting speeds (15-40 SFM typical)
- •Ceramic or PCBN tooling often required
- •High work hardening rate - avoid light cuts
- •Aggressive depth of cut with slow speed preferred
- •Premium high-pressure coolant systems essential
Machine Shops with Inconel & Superalloy Machining Capability
Certifications
Materials:
Government Registration
J&E Precision Tool, LLC
Southampton, MA• Est. 2015
Precision manufacturing company founded in 1979, specializing in complex CNC machined components for aerospace, defense, and medical industries with tolerances as close as +/- 0.0001 inch.
Certifications
+1 moreMaterials:
Government Registration
Premier Precision Machining, LLC (Rand Machine Products)
Falconer, NY
Certifications
Materials:
Government Registration
Tolerances Achievable
- Position
- ±0.001" to ±0.003"
- Profile
- ±0.002"
- Surface Finish
- 32-63 Ra
Related Capabilities
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Find Qualified ShopsFrequently Asked Questions
What is Inconel & Superalloy Machining?
Inconel and nickel-based superalloys are essential for high-temperature aerospace applications including jet engine hot sections, exhaust systems, and rocket components. These materials present extreme machining challenges requiring specialized tooling and expertise.
Why is Inconel & Superalloy Machining important for aerospace?
Maintains strength at temperatures above 1000°F
What tolerances can be achieved?
±0.001" to ±0.003"