Brief: Discover precision CNC machining for aerospace engine titanium alloy blades in China. Our high-precision 5-axis CNC machining ensures stability under extreme conditions, with advanced processes like laser-assisted and cryogenic cooling. Perfect for civil aviation, defense, and energy applications.
Related Product Features:
High-precision complex surface machining with profile tolerances of -0.12~+0.03mm and edge tolerances of ±0.05mm.
Superior material performance using TC11/TC6 titanium alloys, offering high strength and heat resistance up to 650°C.
Surface integrity enhancement with Ultrasonic Surface Rolling Processing (USRP) achieving Ra <0.4μm.
Flexible production stability with dual-station machining enabling batch production and online measurement.
5-axis CNC machining with spindle speed ≥10,000r/min and tool capacity ≥60 tools.
Customization services including flexible design and small to large batch production.
Technical consulting for optimization of cutting parameters and tool selection.
Real-time monitoring with sensors to track cutting force and temperature.
Faqs:
What materials are used for the aerospace engine titanium alloy blades?
We use TC11 and TC6 titanium alloys, known for their high strength and heat resistance up to 650°C.
What is the machining accuracy for the titanium alloy blades?
Our machining accuracy includes profile tolerance of ±0.1mm, edge tolerance of ±0.05mm, and twist error of ±10′.
What applications are these titanium alloy blades suitable for?
These blades are ideal for civil aviation (e.g., COMAC C919), defense & space, and energy & marine applications.