长春理工大学学报（自然科学版）
長春理工大學學報（自然科學版）
장춘리공대학학보（자연과학판）
JOURNAL OF CHANGCHUN UNIVERSITY OF SCIENCE AND TECHNOLOGY(NATURAL SCIENCE EDITION)
2014年
1期
32-36
,共5页
激光加工%光机电一体化%旋转标刻%飞行标刻
激光加工%光機電一體化%鏇轉標刻%飛行標刻
격광가공%광궤전일체화%선전표각%비행표각
laser processing%optical electro-mechanical systems%rotary marking%flying marking
随着激光技术的快速发展及对加工精度的要求越来越高，激光对材料表面的加工是应用最广泛、光机电一体化程度高、软硬件相结合的现代加工工艺。本研究是搭建一套工作波长为1064nm的半导体泵浦激光加工标刻样机，并根据现代加工工艺特点，完成了旋转标刻和飞行标刻特殊加工系统。系统实现了在非平面材料表面和生产流水线上的加工，达到了工业自动化标准，提高了应用性及工作效率。
隨著激光技術的快速髮展及對加工精度的要求越來越高，激光對材料錶麵的加工是應用最廣汎、光機電一體化程度高、軟硬件相結閤的現代加工工藝。本研究是搭建一套工作波長為1064nm的半導體泵浦激光加工標刻樣機，併根據現代加工工藝特點，完成瞭鏇轉標刻和飛行標刻特殊加工繫統。繫統實現瞭在非平麵材料錶麵和生產流水線上的加工，達到瞭工業自動化標準，提高瞭應用性及工作效率。
수착격광기술적쾌속발전급대가공정도적요구월래월고，격광대재료표면적가공시응용최엄범、광궤전일체화정도고、연경건상결합적현대가공공예。본연구시탑건일투공작파장위1064nm적반도체빙포격광가공표각양궤，병근거현대가공공예특점，완성료선전표각화비행표각특수가공계통。계통실현료재비평면재료표면화생산류수선상적가공，체도료공업자동화표준，제고료응용성급공작효솔。
With the rapid development of laser technology and the demand for processing precision more and more high circumstances,the laser is modern processing technology which is widely-used on the material surface processing,Opti-cal Electro-Mechanical Systems, combining hardware and software. This research is based on a set of diode-pumped laser processing marking model machine at the working wavelength of 1064nm, and according to the characteristics of the modern processing technology design the special processing system of the rotary marking system and the flying marking system. The system realizes the processing of the non-graphic material surface and the production line,achiev-ing the standard of industrial automation,increasing the practical applications and work efficiency.
