Case Studies
Aerospace CNC Case Studies
15 aerospace articles covering aircraft structural parts, wing ribs, bulkheads, fuselage frames, landing gear, turbine parts, satellite housings and spacecraft structures.
Aircraft Structural Part Machining Case Study
Unlike ordinary industrial parts, aerospace structural components must satisfy:
Wing Rib Machining Case Study
A wing rib is one of the most important structural components inside an aircraft wing.
Bulkhead Machining Case Study
A bulkhead is one of the primary load-bearing structures inside an aircraft.
Fuselage Frame Machining Case Study
The fuselage frame is one of the primary structural components of an aircraft.
Landing Gear Component Machining Case Study
Ti-6Al-4V titanium, 300M steel and 4340 steel are the most common materials.
Turbine Blade Machining Case Study
A turbine blade is one of the most technologically advanced components in an aircraft engine.
Compressor Impeller Machining Case Study
The compressor impeller is one of the most critical rotating components inside an aerospace engine.
Engine Casing Machining Case Study
An engine casing is the primary structural shell of an aircraft engine.
Blisk Machining Case Study
A Blisk is one of the most advanced components used in modern aircraft engines.
Turbine Disk Machining Case Study
The turbine disk is one of the most heavily loaded rotating components inside an aircraft engine.
Satellite Housing Machining Case Study
Communication Satellites / Earth Observation Satellites / Scientific Payloads
Rocket Engine Component Machining Case Study
Rocket engines are among the most demanding engineering systems ever developed.
Spacecraft Structural Part Machining Case Study
Communication SatelliteEarth Observation SatelliteSpace TelescopeSpace ProbeSpace Station Module
Titanium Machining Guide
1. What Is Titanium Machining2. Why Titanium Is Difficult To Machine3. Types of Titanium Alloys4. Aerospace Titanium Applications5. Medical Titanium Applications6. Common Titanium CNC Operations7. Challenges in Titanium...
Thin Wall Aerospace Part Machining Guide
1. What Is Thin-Wall Machining2. Why Thin-Wall Parts Are Important3. Aerospace Thin-Wall Components4. Common Materials5. Machining Challenges6. Deformation Mechanisms7. Tool Selection8. Cutting Strategies9. Fixturing Met...
Titanium Aircraft Structural Parts Machining
5-axis titanium aerospace machining for rigidity, tool life and contour accuracy.
Aircraft Engine Housing
Aircraft engine housing machining for multi-face accuracy and reliable boring.
Aluminum Aerospace Components
High-speed aluminum aerospace machining for thin-wall stability and fine finish.
Landing Gear Components Machining
Heavy-duty landing gear part machining for rigidity, boring and fatigue-critical surfaces.
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