1. DR. Alva E. Tontowi Department of Mechanical and Industrial Engineering Faculty of Engineering Gadjah Mada University Jl. Grafika 2 Yogyakarta 55281 Email: menaet@ugm.ac.id http://alva.staff.ugm.ac.id DR. Alva E. Tontowi Department of Mechanical and Industrial Engineering Faculty of Engineering Gadjah Mada University Jl. Grafika 2 Yogyakarta 55281 Email: menaet@ugm.ac.id http://alva.staff.ugm.ac.id LAYER MANUFACTURING TECHNOLOGY

2. Introduction 1 AET

4. Global Competititon AFTA EU NAFTA APEC High competitionHigh competition Global regulation: WTOGlobal regulation: WTO

5. Market Needs Global competition Higher Quality Lower Cost Lower Time Higher Geometry complexity Higher Customize product Layer manufacturing  an alternative technology to meet those requirements AET

6. Life’s Cycle  from Lab to Market AET Production AgingAging Time (Years) 0 6 Level of Maturity Research (Lab Scale) PatentPrototypePublication  Innovation  Research Business Plan Market

7. T ime Q uality C ost Product Competitiveness: QCT+Gc+Cp Product Competitiveness AET 69s69s69s69s

8. Market Maturity vs Market Needs MARKET MATURITY LowHigh Low High MARKET NEEDS Established Market Established Market New Market New Market High competitio n (Q,C,t) More challenge (Q,C,t)

9. Conceptual Detail From Concept  Production Concept design Detail design Engineering Analysis PrototypingToolingProduction Virtual Prototyping Engineering Analysis Prototyping Tooling Production Time saving= $ 3D CAD&Modelling VR & FEA RP & M Time AET Packed in One Machine  LM Technology