TY - RPRT
T1 - Report on tool transfer and alignment methods
T2 - FInal. COTECH EU FP7 Integrated Project (Grant Agreement no.: CP-IP 214491-2)
AU - Tosello, Guido
AU - Gasparin, Stefania
AU - De Grave, Arnaud
AU - Hansen, Hans Nørgaard
N1 - SP 2 - Tooling. WP 2.2 - New tool-making solutions for μ-IM and HE
PY - 2010
Y1 - 2010
N2 - In the last few years, research work has been carried out regarding the feature miniaturization and tooling performance achievable with specific process chains combining different micro machining processes. On the other hand, technologies, strategies and tool design rules in order to optimize the accuracy of the hybrid tooling process chain with a focus on the part transfer and re-position of different machining chains have not been addressed thoroughly and are the topic of Task 2.2.3 “Tool transfer for hybrid manufacturing”. First results are presented in this report, focussing on a specific process chain for tooling (i.e. hybrid tooling) based on the combination of micro milling and micro electrical discharge machining (EDM) milling, both at machine tool and at machining technology levels.
AB - In the last few years, research work has been carried out regarding the feature miniaturization and tooling performance achievable with specific process chains combining different micro machining processes. On the other hand, technologies, strategies and tool design rules in order to optimize the accuracy of the hybrid tooling process chain with a focus on the part transfer and re-position of different machining chains have not been addressed thoroughly and are the topic of Task 2.2.3 “Tool transfer for hybrid manufacturing”. First results are presented in this report, focussing on a specific process chain for tooling (i.e. hybrid tooling) based on the combination of micro milling and micro electrical discharge machining (EDM) milling, both at machine tool and at machining technology levels.
M3 - Report
T3 - COnverging TECHnologies for micro systems manufacturing
BT - Report on tool transfer and alignment methods
ER -