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Machining vibration compensation in high-throughput rough- and finish-milling using electromagnetic active workpiece holder
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DOI：10.1016/j.ijmachtools.2026.104387.png)
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Abstract
En 中文
• Design and control of electromagnetic active workpiece holder (EAWH) are proposed. • The proposed EAWH can deliver stroke larger than ± 100μm and 3812 N peak force. • Chatter-free depth is increased by 100% in rough-milling test using the EAWH. • Surface roughness is reduced by 46.5% in finish-milling by vibration compensation.
Keywords:
Electromagnetic active workpiece holder
Machining vibration compensation
High-throughput milling
Surface roughness reduction
Chatter-free machining
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