MIM:金属注射成型
“金属注射成型”(Metal Injection Molding),在工程与电子领域广泛应用的制造工艺,常简写为MIM,便于技术文献和行业交流中的快速书写与使用。这一工艺结合了粉末冶金与塑料注射成型的技术优势,能够高效、精密地制造结构复杂、性能优异的金属零部件,被广泛应用于消费电子、医疗器械和汽车工业等高精尖领域。
Metal Injection Molding具体释义
Metal Injection Molding的英文发音
例句
- Two elements, siphonage temperature and siphonage time, that influence siphonage debinding for billets made by metal injection molding were investigated.
- 研究了温度、时间对金属注射成形坯料虹吸脱脂的影响,以及虹吸脱脂对后续热脱脂升温速率的影响。
- It is important to pay more attention to powder forming for metal injection molding, selective laser sintering and electric field activated sintering technology in the future.
- 同时指出金属注射成形、选区激光烧结及电场活化烧结技术是今后粉末成形技术的发展方向。
- Study on Mathematic Model of Simulation in Metal Injection Molding(MIM) Flow Filling
- 金属粉末注射成形充模流动过程模拟的数学模型探讨
- The developments and achievements of MIM ( Metal Injection Molding(MIM) ) processing technology was summarized in this paper, because of the lack of knowledge about fuzes'MEMS processing.
- 为了促进MEMS在引信中的推广应用,针对引信界对MEMS零件加工工艺了解不多的现状,综述了金属粉末注射成型工艺。
- The nanocrystalline powder of W-Ni-Fe alloy used for Metal injection Molding ( MIM ) has been studied.
- 研究了W-Ni-Fe纳米晶粉末的注射成形(MIM)。
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