The AMRC rotatives team focuses on techniques and tools for machining discs, rings and shafts mainly for the aerospace industry.
These components play a significant role in the efficiency of gas turbines, and can present major challenges for machining and inspection. With over a decade’s experience of solving manufacturing challenges across a range of aerospace components, the rotatives team aims to develop high-performance manufacturing strategies for new disc, ring and shaft components. The team has a track record of delivering solutions to industry partners in terms of development of worldclass methods of manufacture for high precision new products, and improvement of existing methods – Right-First-Time rate increase, cycle time and number of operations reduction – all the way through to implementation into our partners’ facilities with on-site support.
Key machining resources include:
• WFL M100 turning-boring-milling centre
• DMG Mori NMV8000 five-axismill-turn-grind machine
• DMG Mori NT5400 five-axis mill-turn
• Hermle C52 five-axis mill-turn
• WFL M30 turning-boring-milling centre
Key areas of current research include:
• New Method of Manufacture development
• Distortion compensation
• Fixturing design
• Feature-specific tooling
• Tool path strategies
• Measurement strategies
• New materials
• Swarf control
• Novel tooling applications
We also lead specific research on critical features to increase metal removal rate, develop processes for new alloys, and create tooling solutions for complex part geometries.
For more information, please contact:
Dennis Fretwell, technical fellow