High-Performance Cutting of Micro Patterns
Copyright policy )High-Performance Cutting of Micro Patterns
This research report presents an innovative piezo-actuated fast tool servo (FTS) for milling operations introducing the highperformance cutting of micro patterns. The outstanding dynamics of the tool enable a highly dynamic depth of cut variation during the cutting process. Unlike commercial technologies, such as ultrasonic tools, the presented device does not oscillate in resonance, but controlled. Its first natural resonance frequency of ?0 > 4.5 kHz and its capability to provide a maximum amplitude of ▵lmax > 30 microns establish the basis to cut micro patterns, while using process parameters applied in real-life industrial processes.
- University of Hannover Germany
Process parameters, Mechatronic, Depth of cut, Dewey Decimal Classification::600 | Technik::620 | Ingenieurwissenschaften und Maschinenbau, Ultrasonic tools, Maximum amplitude, Mechatronics, Micromachining, Research reports, Natural resonance frequencies, Fast tool servo, Information, Servosystem, Industrial processs, Servomechanisms, Milling operation, Cutting process, Commercial technology, Piezo-electric, Konferenzschrift, Micro pattern
Process parameters, Mechatronic, Depth of cut, Dewey Decimal Classification::600 | Technik::620 | Ingenieurwissenschaften und Maschinenbau, Ultrasonic tools, Maximum amplitude, Mechatronics, Micromachining, Research reports, Natural resonance frequencies, Fast tool servo, Information, Servosystem, Industrial processs, Servomechanisms, Milling operation, Cutting process, Commercial technology, Piezo-electric, Konferenzschrift, Micro pattern
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