Wire EDM for Aerospace Precision Components
Wire EDM (Electrical Discharge Machining) uses a thin wire electrode to cut complex profiles in hardened materials without inducing mechanical stress. Essential for intricate aerospace components where conventional machining isn't feasible.
Why Aerospace Requires Wire EDM
- ✓Cuts hardened materials without heat-affected zones
- ✓No mechanical stress on delicate components
- ✓Achieves extremely tight tolerances
- ✓Produces complex internal features
- ✓Ideal for thin, fragile aerospace parts
Typical Applications
Materials Commonly Machined
Technical Considerations
- •Material must be electrically conductive
- •Wire diameter typically 0.004" to 0.012"
- •Submerged in deionized water during cutting
- •Multiple passes for best surface finish
Machine Shops with Wire EDM Capability
SAM-registered machine shop in Brea, CA. CAGE code 85DP2. AS9100 certification registry-verified.
Certifications
Materials:
Government Registration
SAM-registered machine shop in Southampton, MA. CAGE code 0SQ14. AS9100 certification registry-verified.
Certifications
Materials:
Government Registration
Premier Precision Machining, LLC (Rand Machine Products)
Falconer, NY
SAM-registered machine shop in Falconer, NY. CAGE code 7ZS83.
Materials:
Government Registration
SAM-registered machine shop in TROY, MI. CAGE code 72YA5.
Certifications
Government Registration
Tolerances Achievable
- Position
- ±0.0001"
- Profile
- ±0.0002"
- Surface Finish
- 8-16 Ra
Related Capabilities
Need Wire EDM?
Connect with AS9100 certified shops that specialize in wire edm for aerospace applications.
Find Qualified ShopsFrequently Asked Questions
What is Wire EDM?
Wire EDM (Electrical Discharge Machining) uses a thin wire electrode to cut complex profiles in hardened materials without inducing mechanical stress. Essential for intricate aerospace components where conventional machining isn't feasible.
Why is Wire EDM important for aerospace?
Cuts hardened materials without heat-affected zones
What tolerances can be achieved?
±0.0001"