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LAYER MANUFACTURING TECHNOLOGY

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Layer manufacturing technology, as presented by Dr. Alva E. Tontowi of Gadjah Mada University, is emerging as a critical solution to meet the increasing demands of global markets characterized by high competition, stringent quality regulations, and the need for customized products. This approach not only improves product quality while reducing costs and production time but also supports complex geometries. Through detailed analysis of market maturity and needs, this technology paves the way from lab-scale research to marketable prototypes, enhancing competitiveness in various sectors.

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LAYER MANUFACTURING TECHNOLOGY

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  1. LAYER MANUFACTURING TECHNOLOGY 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

  2. Introduction 1 AET

  3. Global Competititon NAFTA EU APEC AFTA APEC • High competition • Global regulation: WTO

  4. 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

  5. Level of Maturity Production Patent Research (Lab Scale) Business Plan Prototype Publication 0 Time (Years) 6 Life’s Cyclefrom Lab to Market Aging Market  Innovation  Research AET

  6. Cost Quality Time Product Competitiveness:QCT+Gc+Cp Product Competitiveness 6s9s AET

  7. High MARKET NEEDS Low Low High MARKET MATURITY Market Maturity vs Market Needs Established Market High competition (Q,C,t) New Market More challenge (Q,C,t)

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

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