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Micro V-Groove 가공시 단결정 다이어몬드 공구의 마멸
박동삼(D. S. Park),한진용(J. Y. Han),윤대진(D. J. Yoon),장호수(H. S. Jang) 한국생산제조학회 2007 한국공작기계학회 춘계학술대회논문집 Vol.2007 No.-
Fine microgroove is the key component to fabricate micro-grating, micro-grating lens and so on. Conventional groove fabrication methods such as etching and lithography have some problems in efficiency and surface integrity. Therefore, mechanical micromachining methods using single crystal diamond tools is expected to be very efficient, and widely studied. This study deals with tool wear characteristics in the creation of micro V-grooves of electroless nickel coated plate using non-rotational single crystal diamond tool and 3-axis micro stages. For the analysis of tool wear characteristics in micro V-grooving, 3 dimensional images of tool tip are measured using noncontact type 3 dimensional shape measurement system.
다이어몬드 공구를 이용한 Ni 도금층의 Micro V-Groove 가공
박동삼(D. S. Park),윤대진(D. J. Yoon),장호수(H. S. Jang) 한국생산제조학회 2007 한국공작기계학회 춘계학술대회논문집 Vol.2007 No.-
Fine microgroove is the key component to fabricate micro-grating, micro-grating lens and so on. Conventional groove fabrication methods such as etching and lithography have some problems in efficiency and surface integrity. Therefore, mechanical micromachining methods using single crystal diamond tools and ultraprecision machine tools are expected to be very efficient, and widely studied. This study deals with creation of ultra-precision micro V-grooves of nickel plated layer using non-rotational single crystal diamond tool and 3-axis micro stages. Micro V-groove shape and chip formation were investigated for the analysis of machinability of Ni plated layer.
Micro V-Groove 가공시 단결정 다이어몬드 공구의 마멸
박동삼(D. S. Park),한진용(J. Y. Han),윤대진(D. J. Yoon),장호수(H. S. Jang) 한국생산제조학회 2007 한국생산제조시스템학회 학술발표대회 논문집 Vol.2007 No.5
Fine microgroove is the key component to fabricate micro-grating, micro-grating lens and so on. Conventional groove fabrication methods such as etching and lithography have some problems in efficiency and surface integrity. Therefore, mechanical micromachining methods using single crystal diamond tools is expected to be very efficient, and widely studied. This study deals with tool wear characteristics in the creation of micro V-grooves of electroless nickel coated plate using non-rotational single crystal diamond tool and 3-axis micro stages. For the analysis of tool wear characteristics in micro V-grooving, 3 dimensional images of tool tip are measured using noncontact type 3 dimensional shape measurement system.
다이어몬드 공구를 이용한 Ni 도금층의 Micro V-Groove 가공
박동삼(D. S. Park),윤대진(D. J. Yoon),장호수(H. S. Jang) 한국생산제조학회 2007 한국생산제조시스템학회 학술발표대회 논문집 Vol.2007 No.5
Fine microgroove is the key component to fabricate micro-grating, micro-grating lens and so on. Conventional groove fabrication methods such as etching and lithography have some problems in efficiency and surface integrity. Therefore, mechanical micromachining methods using single crystal diamond tools and ultraprecision machine tools are expected to be very efficient, and widely studied. This study deals with creation of ultra-precision micro V-grooves of nickel plated layer using non-rotational single crystal diamond tool and 3-axis micro stages. Micro V-groove shape and chip formation were investigated for the analysis of machinability of Ni plated layer.