초정밀 FTS 시스템을 이용한 CNC Lathe 스핀들 이송오차 보상 및 가공정밀도 향상
The Improvement of Machining Accuracy and Compensation of Feeding Error in CNC Lathe Using Ultra Precision Fast Tool
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
The ultra-precision products which recently experienced high in demands had included the large areas of most updated technologies, for example, the semiconductor, the computer, the aerospace, the media information, the precision machining. For early 21st century, it was expected that the ultra-precision technologies would be distributed more throughout the market and required securing more nation-wise advancements. Furthermore, there seemed to be increasing in demand of the single crystal diamond tool which was capable of the ultra-precision machining for parts requiring a high degree of complicated details which were more than just simple wrapping and policing. Moreover, the highest degree of precision is currently at 50 nm for some precision parts but not in all. The machining system and technology should be at very high performed level in order to accomplish this degree of the ultra-precision.
Abstract
The ultra-precision products which recently experienced high in demands had included the large areas of most updated technologies, for example, the semiconductor, the computer, the aerospace, the media information, the precision machining. For early 21st century, it was expected that the ultra-precision technologies would be distributed more throughout the market and required securing more nation-wise advancements. Furthermore, there seemed to be increasing in demand of the single crystal diamond tool which was capable of the ultra-precision machining for parts requiring a high degree of complicated details which were more than just simple wrapping and policing. Moreover, the highest degree of precision is currently at 50 nm for some precision parts but not in all. The machining system and technology should be at very high performed level in order to accomplish this degree of the ultra-precision.
참고문헌 (9)
- S.T. Smith, "Foundation of Ultra precision mechanism design" (1992), Gordon and Breach Science Publishers
- H, Nakazawa, "Principles of precision engineering" (1994)
- D, Keith Bowen, "Development in nanotechnology" (1992)
- S. R. Patterson, , JSPE, 7(3), pp.123~128 (1985)
- M. Shiraishi, , Annal of The CIRP, 28, pp.333~337 (1979)
- J. D. Kim, , KSMTE, 7(6), pp.132~140 (1998)
- "Renishaw RLE 10 Manual", ~ (2004)
- L. K Kwac, , Key Engineering Materials, 274, pp.343~348 (2004)
- E. S. Lee, , JSPE, 54(12), pp.81~86 (1988)