// MAT-001 // INCONEL

Inconel Machining Superalloys

Heat-resistant superalloy machining — Inconel 625, 718, Hastelloy, and Waspaloy for high-temperature aerospace and defense applications.

Dye Precision CNC specializes in Inconel machining of nickel-based superalloys that resist heat and corrosion in the most demanding aerospace and defense environments. Our 5-axis machining centers apply optimized toolpaths, rigid workholding, and controlled speeds to machine Inconel 718, 625, Hastelloy, and Waspaloy into engine components, turbine housings, and high-temperature structures. As an AS9100 and ITAR certified CNC machine shop San Diego, we deliver Inconel parts with full traceability and CMM-verified dimensional accuracy.

// CAPABILITIES

What We Deliver

Inconel 718 and 625 5-axis machining
Hastelloy and Waspaloy superalloy machining
Optimized toolpaths for work-hardening alloys
Rigid workholding to manage cutting forces
Controlled surface finish on heat-resistant parts
Full material certification and traceability
// EQUIPMENT

Machines On The Floor

EQHermle C-42 U MT and Makino N2-5XA 5-axis centers
EQHigh-rigidity vertical machining centers
EQHexagon CMM for superalloy part verification
47CNC Machines
±.0001Turning Tolerance
24/7Lights-Out Capability
1994Established
// FAQ

Questions & Answers

Is Inconel difficult to machine?

Inconel work-hardens and resists cutting, requiring rigid setups, sharp tooling, and optimized speeds and feeds. Our 5-axis centers and experienced programmers manage these challenges to produce accurate superalloy parts.

Which Inconel grades do you machine?

We machine Inconel 625, Inconel 718, Hastelloy, and Waspaloy, plus other nickel-based superalloys for aerospace and defense applications.

What are common Inconel machined parts?

Engine housings, turbine components, exhaust structures, and high-temperature aerospace and defense assemblies where heat and corrosion resistance are critical.

// REQUEST — QUOTE PROTOCOL

Start Your Quote

Talk to our team in Poway, CA about inconel machining for your next program.