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laser micro sintering
相关语句
  激光微区烧结
     The Investigation of Micro-fabrication Using Laser Micro Sintering
     激光微区烧结微成形技术研究
短句来源
     In this paper we report the newly developed laser micro sintering technology to manufacture micro part with metal powder directly.
     介绍了在激光选区烧结技术的基础上,结合微成形特点开发的激光微区烧结成形技术。
短句来源
  相似匹配句对
     The progress of Laser Micro-processing
     激光微加工的进展
短句来源
     Development of Laser Micro Technology
     激光微技术的发展现状
短句来源
     The Investigation of Micro-fabrication Using Laser Micro Sintering
     激光微区烧结微成形技术研究
短句来源
     Laser and It's Application
     激光(laser)及其应用
短句来源
     Laser Biology
     激光生物学
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Many methods were developed to fabricate micro parts.Laser microfabrication is used to process micro part recent year.In this paper we report the newly developed laser micro sintering technology to manufacture micro part with metal powder directly.This technology,which is based on selective laser sintering(SLS),sinters metal powder in a tiny area using focused tiny spot layer by layer.The powder is deposited with a special micro powder feeding device instead of rolling powder device...

Many methods were developed to fabricate micro parts.Laser microfabrication is used to process micro part recent year.In this paper we report the newly developed laser micro sintering technology to manufacture micro part with metal powder directly.This technology,which is based on selective laser sintering(SLS),sinters metal powder in a tiny area using focused tiny spot layer by layer.The powder is deposited with a special micro powder feeding device instead of rolling powder device in SLS.

目前微小零部件的制造方法很多,激光微成形即为其中一种。介绍了在激光选区烧结技术的基础上,结合微成形特点开发的激光微区烧结成形技术。该技术可对金属粉末进行直接微区烧结成形,所成形的金属微型零件强度高,不需后续处理,大大节省了从原材料到最终实体的时间,并具有环境污染小、材料利用率高、成形速度快和效率高的特点。

Compared with other micro -processing technology, laser micro -mechaning has advantages ofnon -touching, selective processing, small heat affected zone, high precision, as well as highrepitition. Laser micro processing can be applied by either removing material or adding material tofabricate part. Several micro fabrication methods are introduced, such as laser direct writing,selective laser micro -sintering, laser micro -cladding and femtosecond...

Compared with other micro -processing technology, laser micro -mechaning has advantages ofnon -touching, selective processing, small heat affected zone, high precision, as well as highrepitition. Laser micro processing can be applied by either removing material or adding material tofabricate part. Several micro fabrication methods are introduced, such as laser direct writing,selective laser micro -sintering, laser micro -cladding and femtosecond laser micro processing.The prospect of laser micro technology is also referred. We believe these technologies will bring anovel revolution in micro processing field.

介绍了激光微加工技术的特点,与其它微加工技术相比,激光微加工具有非接触、有选择性加工、热影响区域小、高精度与高重复率等优点,既可以通过去除方式,也可以通过材料堆积进行微加工成型。综述了几种常用的激光微加工技术及其发展趋势,微机电系统(MEMS)技术的进一步成熟,必将带动激光微技术快速发展。

 
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