20130603什麼是金属粉末注塑成型.pptx

What is MIM?什麼是金屬粉末注塑成形?;Classification of metal forming process金屬成形製程的分類;The 5th generation of metal forming process 第五代的金屬成形製程;Characteristics of PIM 粉末注塑成形的特點;Fine powder細小的粉末;Classification 類型;Binder systems classification by de-binding method of MIM 金屬粉末射出成形的黏結助劑系統依脫黏結劑方式分類;Functions of main equipments MIM主要設備的功能;Thermal de-binding of binder system in UNEECUNEEC的熱脫黏系統;BASF Catamold system in UNEECUNEEC的巴斯夫催化脫黏系統;Feedstock mixing射料調配;Initial Middle Final De-binding stage;Vacuum Sintering真空燒結;Continuous Sintering連續燒結;Sintered part;Sample of MIM parts金屬粉末成形零件的樣品;N;N;N;The challenge of precision of MIM process挑戰高精密度的MIM製程;Real-time learning and teaching at any time 即時教育與隨時教學 Lead by example of each executives 高階主管的以身作則 Recurring case study 經常性的案例研究 Material science 材料科學 Phase diagram of metals 金屬相圖 Density equation 密度方程式 Periodic table of the elements元素週期表 Macro and micro structure analysis 巨觀與顯微結構分析 Mechanical property measurements 機械性質測量 DOE (Design Of Experimental) of statistics tech. 統計技術中的實驗設計法 Record 記錄 Data re-arrange (Drawing, charts, and documentation) 資料與圖表重整 Comparison and analysis 比較與分析 PDCA cycle (Plan – Do – Check – Action) 計畫 – 執行 – 檢查 – 改善循環;Powder science 粉體科學 Particle size distribution 粒徑尺寸分布 Microstructure analysis of powder 粉體顯微結構分析 Mixing technology 混鍊技術 Binder system development and modification黏結助劑系統的開發與改良 OSF (Over-sizing factor) 尺寸放大率 Sintering control 燒結控制 Density measurement and monitoring of green parts and sintered parts 生坯與燒結體的密度測量與監控 Atmosphere control of thermal process 熱製程的氣氛控制;Thanks!