现代制造技术与装备
現代製造技術與裝備
현대제조기술여장비
MODERN MANUFACTURING TECHNOLOGY AND EQUIPMENT
2015年
3期
54-55
,共2页
快速试制%无模铸造%激光三维切割%快速可重构焊装%汽车模具
快速試製%無模鑄造%激光三維切割%快速可重構銲裝%汽車模具
쾌속시제%무모주조%격광삼유절할%쾌속가중구한장%기차모구
rapid trial%without casting%three-dimensional laser cutting%fast reconfigurable welding%automotive mold
本文针对汽车产品样件快速试制,阐述了快速试制技术方法,针对汽车试制件开发周期短,降低生产成本,着重说明快速试制技术中的数字化无模铸造精密成型技术、激光三维切割和快速可重构焊装系统,为汽车产品金属样件快速试制提供一定的技术参考.
本文針對汽車產品樣件快速試製,闡述瞭快速試製技術方法,針對汽車試製件開髮週期短,降低生產成本,著重說明快速試製技術中的數字化無模鑄造精密成型技術、激光三維切割和快速可重構銲裝繫統,為汽車產品金屬樣件快速試製提供一定的技術參攷.
본문침대기차산품양건쾌속시제,천술료쾌속시제기술방법,침대기차시제건개발주기단,강저생산성본,착중설명쾌속시제기술중적수자화무모주조정밀성형기술、격광삼유절할화쾌속가중구한장계통,위기차산품금속양건쾌속시제제공일정적기술삼고.
In this paper , in connection with automotive products sample's rapid trial production , described a rapid prototype technology method . Considering short automotive trial product development cycle and low cost , this paper highlights the rapid digital prototype technolo-gy without casting precision molding technology , three-dimensional laser cutting and rapid re welding system configurations , providing some technical reference for automotive products metal sample fast trial .
