Tier 2machining
Precision Micro Machining for Aerospace & Defense
Micro machining produces extremely small, precise components for sensors, guidance systems, and miniaturized electronics. Features can be as small as 0.001" with tolerances in the millionths of an inch.
±0.00005"
Tolerances
4-8 Ra
Surface Finish
0+
Qualified Shops
Certified
AS9100
Why Aerospace Requires Micro Machining
- ✓Miniaturized sensors and guidance components
- ✓UAV and missile systems require tiny parts
- ✓Satellite and space system miniaturization
- ✓Medical aerospace crossover applications
- ✓Weight reduction through miniaturization
Typical Applications
→Sensor housings
→Guidance system components
→Optical mounts
→Fuel injector components
→Micro connectors
→MEMS device components
Materials Commonly Machined
AluminumStainless steelTitaniumKovarPEEKBeryllium copper
Technical Considerations
- •High-speed spindles (40,000+ RPM)
- •Micro-end mills down to 0.001" diameter
- •Temperature-controlled environments
- •Microscope inspection during machining
Tolerances Achievable
- Position
- ±0.00005"
- Surface Finish
- 4-8 Ra
- General
- ±0.0001"
Recommended Certifications
Related Capabilities
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Find Qualified ShopsFrequently Asked Questions
What is Micro Machining?
Micro machining produces extremely small, precise components for sensors, guidance systems, and miniaturized electronics. Features can be as small as 0.001" with tolerances in the millionths of an inch.
Why is Micro Machining important for aerospace?
Miniaturized sensors and guidance components
What tolerances can be achieved?
±0.00005"