1) bulk micromachining
体微加工
2) bulk silicon micromachining
体硅微加工工艺
3) microfabrication
[,maikrəfæbri'keiʃən]
微加工
1.
Direct writing techniques in microfabrication using focused ion beams;
微加工中的聚焦离子束直接写入技术
2.
As the developing of microfabrication,the technologies such as thin-film deposition,photolithography,micromolding,etching and rapid prototyping are applied to the drug delivery area.
由于微加工技术有着精度高,柔性大,制造尺寸小,能实现大批量制造等特点,使用微加工技术制造的新型给药装置,在药物的缓释控释,靶向释放等方面,有着优于传统给药系统的特点。
3.
Since it has emerged as a new technology,two-photon polymerization(TPP)initiated through the non-linear process of a two-photon absorption in a photosensitizer has been studied intensively in two-and three-dimensional(2D and 3D)microfabrications for various polymeric applications.
介绍了近来开发的基于TPP的一些微加工工艺。
4) micromachining
[,maikrəumə'ʃi:niŋ]
微细加工
1.
Development of a Practicl Excimer Laser Micromachining Tool;
实用型准分子激光微细加工机研制
2.
This technique has been considered one of the most appropriate micromachining methods for hard and brittle materials,especially for compiex microstructures,since the productivity is high and heat affected layers ar.
喷粉微加工技术是对硬脆材料进行微细加工的一种非常有潜力的加工方法。
3.
In this paper,the authors present the working principle,characteristics and the applications in micromachining of wire electro discharge grinding(WEDG) technology.
介绍了线电极电火花磨削(WEDG)技术的工作原理、主要特点和在不同微细加工技术中的应用,从侧面反映了微细加工技术的发展现状。
5) micro machining
微细加工
1.
In this paper, via exemplifications the authors summed the achievements in micro machining by using non traditional machining methods which include electrical discharge machining, electrochemical machining, ultrasonic machining, laser machining, precision electroforming and the like.
通过例证概括介绍了特种加工方法在微细加工方面所取得的成就 ,这些加工技术包括 :电火花加工、电化学加工、超声加工、激光加工、精密电铸等。
2.
The general situation and characteristics of non traditional machining technology are introduced, and the common non traditional machining methods used in precision machining and micro machining, including their technological features,application fields and machining accuracy, are also commented.
介绍了特种加工技术的概况及特点 ,并对精密微细加工中常用的特种加工方法的技术特点、应用领域及加工精度进行了评述。
3.
With the development of new materials and micro machine, especially new hard and brittle material such as silicon, ceramics, hard metal alloy, the micro machining process technology of these materials is becoming the hot studying spot.
随着以微机械为代表的工业制品日益小型化及精微化,特别是随着晶体硅、光学玻璃、工程陶瓷、硬质合金等硬脆材料在微机械领域的广泛应用,硬脆材料的高精度三维微细加工技术已成为世界各国制造业的一个重要研究课题。
6) micro-machining
微细加工
1.
Application of Micro-machine Productions and Development of Micro-machining Methods;
微机械产品的应用及其微细加工方法的分析研究
2.
The new development of MEMS and micro-machining;
微机械(MEMS)与微细加工技术
3.
Research on Numerical Control System for Multi-Function Micro-Machining Tool;
多功能微细加工数控平台研究
补充资料：汽车刹车钳体快速成形加工(MEM工艺)
1．背景
汽车工业中很多形状复杂的零部件均由精铸直接制得，如何高精度、高效率、低成本地制造这些精铸件的母模是汽车制造业中的一个重要问题。采用传统的木模工手工制作，对于曲面形状复杂的母模，不但效率低、精度低，难以满足生产需要。采用数控加工中心制作，则成本太高。因此，北京殷华激光快速成形及模具技术有限公司与江苏省常州华能精细铸造厂合作，采用快速成形技术中的熔融沉积制造工艺——MEM制造汽车复杂零部件精铸用母模，精铸部分由华能精细铸造厂完成。
2．工艺过程
首先根据汽车刹车钳体精铸母模的二维图纸，采用Pro-E三维实体建模软件，建立其三维实体CAD模型，然后再采用北京殷华激光快速成形及模具技术有限公司开发的Lark’98系统对CAD模型进行数据处理和工艺规划，最后采用MEM工艺制得汽车刹车钳体精铸母模。
3．设备及工艺参数
采用殷华公司生产的YHHP-1007型ABS丝在MEM-250-II上用MEM工艺制作。送丝速度为180mm/min，喷头行走速度35mm/s为，加热温度为275℃，由于该件较复杂，所以采用整体支撑。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条