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Additive Manufacturing:
Transforming the Competitive
Arena?
Louis Turner, Chief Executive, Asia-Pacific Technology Network
In Collaboration with
Lawrence Lau, IP Broker at Gemwise Invests
Presentation to Science and Technology Options Asessment Unit. European
Parliament, Brussels, 27 Jan 2015
The Underlying questions
• What does Additive Manufacturing (3D Printing) mean for
• the manufacturing process?
• mass customisation?
• The distribution of manufacturing?
• A few caveats – don’t get too swayed by the hype
• Statistically, not yet a massive industry – though growing decently
• Big corporate players (HP etc) are only just starting to enter
• Consumer printing perhaps 5 years away (Gartner)
• ~90% of market is with corporate world
• Industry seems akin to PCs in the early 1980s
• Lots of potential
• …. But some parallels with Desk Top Publishing (subtly complex)
Some Mainstream printers
The Core operations
• Digital 3D design
• Possibly scanned
• Layer-by-Layer printing
• Diameter silk thread
• Consumer level – diameter human hair
Printers (ii)
Technologies and Materials
• Key technologies
• Plastic Jet Printing
• SLS (selective laser sintering)
• SLA (stereolithography etc)
• Electron Beams
• And Materials
• Thermoplastics (e.g. PLA, ABS), HDPE,
• Metals – Aluminium, Titanium, stainless steel etc
• edible materials,
• Rubber (Sugru),
• Modelling clay,
• Plasticine,
• RTV silicone,
• Porcelain,
• Metal clay (including Precious Metal Clay)
• Allows the printing of “Digital Materials”
• composite materials with predetermined visual and mechanical properties
Houses and Cars
Applications
• Very Broad range of Applications
Aeroengines-Aerospace
Automotive - Strati
Fashion, Food
Kids and Museums
The Military and Medicine
Lessons from Aerospace
Aero Engine Case
• Prototyping
• Sometimes used to take over a year (machine tools needed to be created)
• Today: Concept, Design, Fabrication, Testing in matter of days
• 8 turbine blades can be produced in 7 hours
• 80% reduction in lead time re high-tech parts?
• Fusing of components
• 20 components into one product (Fuel Nozzle)
• Weight reduction + 5 times life extension
• Design flexibility
• No longer constrained by what subtractive machine tools can manage
• Topological optimisation possible
• Honeycomb structures etc
• Current state of play
• 85,000 fuel nozzles to be printed 2016-2021 (re LEAP Engines)
• ….but only start of the design re-think of aero engine manufacture
GE’s Fuel nozzle
The Impact on Classic Manufacturing
• Aerospace case has lessons
• An industry which is far from mature
• Big Corporate players not yet involved
• Asian competition relatively muted .. But for how long?
• Consumer Market yet to take off
• Entry level machines, but still searching for role
• Will feed into industries needing rapid prototyping
• Pilot line to low-rate production
• Will allow disruptive re-design of some products
Impact(ii) - Customisation
• Customisation
• The Strati points the way
• Though totally printed cars likely to be an exception
• Buy show-rooms might have facilities to customise the finish
• Fascia, hub caps, bonnets et al?
• Ability to customise will impact
• Retailers
• Many consumer goods
• iPhone cases already a lively market
• Impact on location?
• Time delays on logistic chains to Asia get punished?
• Need to bring responsive manufacturing closer to end-markets?
Distributed Manufacturing?
• Where can products be made?
The international dimension
• US White House-led policy initiatives
• Do we need to worry about Asia?
• Japan
• China et al
• Implications of the loss of patent protection
Policy issues
• Should be seen as key part of any manufacturing policy
• Should R&D be specifically stimulated?
• Need to drive into Education
• A third of US Engineering and ICT job ads now ask for 3D Printing skills
• What need for a drive to produce industry standards?
• What issues to do with Intellectual Property?
The Way Ahead?
• 3D Printing has the 'potential to revolutionize the way we make
almost everything’
• President Obama
..
• Louis Turner
• Chief Executive
• Asia-Pacific Technology Network
• www.aptn.org
• +44 790 5204 677
• LinkedIn Groups
• Asia-Pacific Technology Network
• 3D Kernow

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STOA 01

  • 1. Additive Manufacturing: Transforming the Competitive Arena? Louis Turner, Chief Executive, Asia-Pacific Technology Network In Collaboration with Lawrence Lau, IP Broker at Gemwise Invests Presentation to Science and Technology Options Asessment Unit. European Parliament, Brussels, 27 Jan 2015
  • 2. The Underlying questions • What does Additive Manufacturing (3D Printing) mean for • the manufacturing process? • mass customisation? • The distribution of manufacturing? • A few caveats – don’t get too swayed by the hype • Statistically, not yet a massive industry – though growing decently • Big corporate players (HP etc) are only just starting to enter • Consumer printing perhaps 5 years away (Gartner) • ~90% of market is with corporate world • Industry seems akin to PCs in the early 1980s • Lots of potential • …. But some parallels with Desk Top Publishing (subtly complex)
  • 4. The Core operations • Digital 3D design • Possibly scanned • Layer-by-Layer printing • Diameter silk thread • Consumer level – diameter human hair
  • 6. Technologies and Materials • Key technologies • Plastic Jet Printing • SLS (selective laser sintering) • SLA (stereolithography etc) • Electron Beams • And Materials • Thermoplastics (e.g. PLA, ABS), HDPE, • Metals – Aluminium, Titanium, stainless steel etc • edible materials, • Rubber (Sugru), • Modelling clay, • Plasticine, • RTV silicone, • Porcelain, • Metal clay (including Precious Metal Clay) • Allows the printing of “Digital Materials” • composite materials with predetermined visual and mechanical properties
  • 8. Applications • Very Broad range of Applications
  • 13. The Military and Medicine
  • 15. Aero Engine Case • Prototyping • Sometimes used to take over a year (machine tools needed to be created) • Today: Concept, Design, Fabrication, Testing in matter of days • 8 turbine blades can be produced in 7 hours • 80% reduction in lead time re high-tech parts? • Fusing of components • 20 components into one product (Fuel Nozzle) • Weight reduction + 5 times life extension • Design flexibility • No longer constrained by what subtractive machine tools can manage • Topological optimisation possible • Honeycomb structures etc • Current state of play • 85,000 fuel nozzles to be printed 2016-2021 (re LEAP Engines) • ….but only start of the design re-think of aero engine manufacture
  • 17. The Impact on Classic Manufacturing • Aerospace case has lessons • An industry which is far from mature • Big Corporate players not yet involved • Asian competition relatively muted .. But for how long? • Consumer Market yet to take off • Entry level machines, but still searching for role • Will feed into industries needing rapid prototyping • Pilot line to low-rate production • Will allow disruptive re-design of some products
  • 18. Impact(ii) - Customisation • Customisation • The Strati points the way • Though totally printed cars likely to be an exception • Buy show-rooms might have facilities to customise the finish • Fascia, hub caps, bonnets et al? • Ability to customise will impact • Retailers • Many consumer goods • iPhone cases already a lively market • Impact on location? • Time delays on logistic chains to Asia get punished? • Need to bring responsive manufacturing closer to end-markets?
  • 19. Distributed Manufacturing? • Where can products be made?
  • 20. The international dimension • US White House-led policy initiatives • Do we need to worry about Asia? • Japan • China et al • Implications of the loss of patent protection
  • 21. Policy issues • Should be seen as key part of any manufacturing policy • Should R&D be specifically stimulated? • Need to drive into Education • A third of US Engineering and ICT job ads now ask for 3D Printing skills • What need for a drive to produce industry standards? • What issues to do with Intellectual Property?
  • 22. The Way Ahead? • 3D Printing has the 'potential to revolutionize the way we make almost everything’ • President Obama
  • 23. .. • Louis Turner • Chief Executive • Asia-Pacific Technology Network • www.aptn.org • +44 790 5204 677 • LinkedIn Groups • Asia-Pacific Technology Network • 3D Kernow

Editor's Notes

  1. Automotive parts that might take conventional manufacturing hardware eight weeks to produce could roll off a 3-D printer system within a few days, according to Andreas Buchholz, head of research and development at Seuffer. A 3-D printed part could also only cost a small fraction of the conventionally produced part. He projects that the new technologies could reduce prototyping and production costs by more than 90%.