Application of EDM-based hybrid and sequential processes in micro manufacturing / Sebastian Skoczypiec // W: Electric discharge hybrid-machining processes : fundamentals and applications / eds. Basil Kuriachen, ... więcej

Application of EDM-based hybrid and sequential processes in micro manufacturing / Sebastian Skoczypiec // W: Electric discharge hybrid-machining processes : fundamentals and applications / eds. Basil Kuriachen, Jose Mathew, Uday Shanker Dixit. – Boca Raton [etc.] : CRC Press Taylor & Francis Group, 2022. – S. 333-350 : rys. – Tryb dostępu: https://doi.org/10.1201/9781003202301. – Bibliogr. s. 350, Abstr. – ISBN 978-1-03-206432-1 (hbk). – ISBN 978-1-03-206435-2 (pbk). – ISBN 978-1-00-320230-1 (ebk)

The integration of different manufacturing techniques into a single machine tool is one of the development trends in today’s manufacturing technology. A similar research trend is also observed in micromanufacturing. ... więcej

The integration of different manufacturing techniques into a single machine tool is one of the development trends in today’s manufacturing technology. A similar research trend is also observed in micromanufacturing. Features of EDM makes this technology an efficient and reliable method for shaping difficult-to-cut materials (such as, hardened steel, nickel and titanium alloys, composite materials, carbides, ceramics, and the like.). The process can be easily scaled down, however problems with high tool wear, small efficiency and surface integrity occurs. In this chapter the possibility of EDM adaptation to micromachining will be discussed, recent developments in hybrid and sequential EDM-based hybrid processes will be presented and the role of electro discharge interaction will be discussed. Presented in this chapter, examples of EDM-based hybrid (assisted and mixed) and sequential machining processes are among the most promising approaches to integrate electro discharge micromachining with other technologies.