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HP 3D Printing Jaume Homs - Iberia Channel and Sales Manager The growth of the 2D printing market Age of smart devices Digital camera boom 2D 2006 Rise of the Personal Computer $200B 1996 $100B 3 D $4B 1980 1985 1990 1995 2000 2005 2010 2015 Healthy growth - prototyping 65% of the market in 2020 7,095 Prototyping Final Part 1,760 2014 3,847 2020 Driving the next industrial revolution by reinventing 3D Democratization of Design None Low Medium High Pre-Industrial Ease of Production / Availability of Goods Low Industrial Revolution High 3D Transformation Internet Next Industrial Revolution Today Handmade Blueprint design and time intensive and mass production 4 Computer aided design and JIT machine production Immersive and easier design and Prototype & Final Part “Digital” production Democratization of Design & Ubiquitous production Digitization: shipping electrons around the world instead of products Digitization of the 2D printing industry Design Photography Sign and Display Direct Mail and Info Prints Marketing Collateral Labels and Packaging … from postage stamps to building wraps Publishing Analog-to-Digital transformation © Invent Medical High Value Economics Personalized Break-Even point for short and mid runs Make things completely unique Faster and Less waste Scalable and Low Risk Unique geometries on a massive scale Mass customization No setup Supply near demand Demand, then produce Final Part Manufacturing 3D Printing applications Accessories Jewelry Why 3D Printing Medical/dental Sport equipment New products Repairs • Produces one-offs efficiently, without tooling • Eliminates almost all setup time Models Fit test Training Jigs Molds Prototypes Concepts Functional test • Creates complex geometric forms Macro trends Consumer/ Prosumer Apps • Personalization HP Confidential Personalization Toys Hobby Gadgets Deco/Art Jewelry • Faster concept and product development cycles • Short runs Driving widespread adoption Speed Quality Cost HP Multi Jet Fusion Open Platform Reliability Announcement video 1 HP Jet Fusion 3D Printing Solution comes with a breakthrough price Other 3D printing technologies $500K Solution price $400K $300K $200K $100K Breakthrough Productivity Up to 10 times faster HP Jet Fusion 3D Printing Solution Build Speed Making 3D printing a viable alternative to conventional manufacturing $/part HP Jet Fusion 3D Printing: • • • • Materials reusability Product cost Productivity Materials innovation via HP Open Platform DIGITAL TRADITIONAL Number of parts HP 3D Multi Jet Fusion Jaume Homs – Iberia Sales and Channel Manager How we invented HP Multi Jet Fusion… Multi Jet Fusion: Design Parameters SPEED Process layers in one pass 1 PART PERFORMANCE 2 Build functional parts, modify the properties of the material at voxel level ECONOMICS Cut running costs by half 3 HP Multi Jet FusionTM technology (I) Basic elements of the process Material coating Fuse d HP Multi Jet FusionTM technology (II) Basic elements of the process Material coating Fuse d Apply agents Fuse d HP Multi Jet FusionTM technology (III) Basic elements of the process Material coating Fuse d Apply agents Fuse d Apply energy Fuse d HP Multi Jet FusionTM technology (IV) Basic elements of the process Material coating Fuse d Apply agents Fuse d Apply energy Fuse d Fusion Fuse d Multi Jet Fusion: Design Parameters SPEED Process layers in one pass 1 PART PERFORMANCE 2 Build functional parts, modify the properties of the material at voxel level ECONOMICS Cut running costs by half 3 Over 30 years of HP Inkjet Innovation… 1 1 HP Thermal Ink Technology OfficeJet Pro X Series HP PageWide XL HP Multi Jet Fusion HP Inkjet Web Press Multi Jet Fusion: Design Parameters SPEED Process layers in one pass 1 PART PERFORMANCE 2 Build functional parts, modify the properties of the material at a voxel level ECONOMICS Cut running costs by half 3 Defining “functional” parts 2 A 120 gram chain link capable of sustaining 4500 kg A ¼ lb chain link capable of sustaining 10,000 lbs 2 Multi Jet Fusion: Design Parameters SPEED Process layers in one pass 1 PART PERFORMANCE 2 Build functional parts, modify the properties of the material at a voxel level ECONOMICS Cut running costs by half 3 3 Multi Jet Fusion vs. Laser Sintering SLS Fusing Time exposure to Light = 60µsec 1000X MJF Fusing Time exposure to Light = 60msec But … this kills powder reusability So how does SLS do it? Reactive materials Long chain polymer Short chain polymer Amine (NH3) Energy Hydroxide (OH) Water (H2O) Break-even point for fabrication $/part Materials reusability Product cost Increased Productivity Materials innovation/ Open Platform DIGITAL TRADICIONA L Number of parts HP 3D Multi Jet Fusion Solution HP Jet Fusion 3D Printers Printer High quality parts Breakthrough Speed Lower Cost-Per-Part 2 Agents: HP Detailing & Fusing Agents One pass printing 1200 dpi printhead Up to 10 times faster 50% lower Cost-Per-Part HP Jet Fusion 3D Solution Processing HP Jet Fusion 3D Build Unit All-inOne Station Fast Coolin g Enclosed Materials System Continuo us Operation Easy to Use End-to-End Solution End to End Solution Software & Plugins Printer Utilities Job preparation & submission Printer management HP Jet Fusion 3D Printer HP Jet Fusion 3D Build Unit HP Jet Fusion 3D Processing Station with Fast Cooling Increased safety, optimal reliability and expected output quality HP Branded Powder Hardware and Materials safety and Hardware reliability HP Certified Powder With HP Channel-led GTM Any Powder (Fully Open) OPEN PLATFORM 3 Open Platform Advancing widespread 3D printing adoption HP 3D High Reusability PA12 Flame retardant Polyamide PA FR HP 3D High Reusability PA11 Elastomers Higher rigidity Polymides PA12 Glass Beads Polyamide family expansion High-temperature materials Additional thermoplastics Commodity plastics And radically reducing the barriers across industries through materials innovation 4 Thank you [email protected]