3D Printing Industrial Applications Summit

Simon Bradley VP , Global Innovation Network

EADS

19-20 November, 2013Post Summit Workshop 21 November, 2013

London | UK

Stephen Morgan Group Leader, Advanced Technology Division

BAE Systems

Konrad Wissenbach Head of Additive Manufacturing and Functional Layers

Fraunhofer ILT

Prof. Mark Miodownik Director, Institute of Making

University College London

www.3d-printing-additive-manufacturing.com + 44 (0) 800 098 8489 [email protected]

Organised By:

PINDUSTRIAL APPLICATIONS: Lessons from early adopters and case studies of

additive manufacturing technologies in application today: Where does the rubber

meet the road?

PMATERIAL DEVELOPMENTS: Understanding what is possible today and the latest

advances with the use of metals and plastics

PSTATE OF THE ART CAPABILITIES: Assessing the latest innovations in additive

manufacturing machines and applications: Which technologies are receiving attention

in terms of investment and research?

PDESIGNING FOR ADDITIVE MANUFACTURE: Examining practical applications

of new design processes and shapes to overcome limitations of traditional

manufacturing processes and create new functionality

PEQUIPMENT & MATERIAL COSTS: Understanding current capital cost limitations

as a function of size and fidelity: What should a financial balance sheet look like to

justify investment?

PPOTENTIAL FOR MASS PRODUCTION: Assessing scalability barriers to producing

reliable, reproducible products at high quality

PINTELLECTUAL PROPERTY: Exploring solutions for addressing challenges around

intellectual property, data security and product authenticity

The First Summit Focused Specifically On Business Benefits & Requirements Of Industry With Key Issues Being Discussed To Include:

Hear From 20+ Industry Leaders & Pioneering Experts Including:

The World’s First Industry-Led Global 3D Printing And Additive Manufacturing Summit

Register By Friday

4 October, 2013SAVE UP TO £200

Dr. Rainer Rauh VP, Head of Materials and Processes

EADS

Veena Pureswaran Global Electronics Industry Lead

IBM

Jessica Middlemiss Senior Materials Engineer

Dyson

Lorenzo Lorenzi Advanced Manufacturing Leader

GE Oil & Gas

Curtis Carson Head of Systems Integration - Manufacturing Engineering

Airbus

Dear Colleague,

Would you like to find out how to leverage 3D printing and additive manufacturing

technologies to generate business benefit beyond traditional manufacturing?

If so, join us at the 3D Printing & Additive Manufacturing Industrial Applications

Summit 2013, where you will hear detailed strategic and technical discussions from

20+ VPs, R&D Directors, Department Heads and pioneering research leaders on the real

business opportunities and practical applications available with these technologies today.

There has been much hype around the transformational potential of 3D printing and

additive manufacturing technologies, which now seem to be gaining critical mass and

momentum in their applications. However for businesses to justify investment, clarity

is required on what these new technologies really mean in terms of commercial

opportunities for industrial production. Specifically the costs, limitations and

identification of where these processes could generate new value alongside traditional

manufacturing methods.

Bringing together a cross section of industry leaders and experts to assess successful

commercial applications, state of the art developments, and ultimately the steps

necessary to enable scalability; we are delighted to invite you to the world’s first

industry-led 3D printing and additive manufacturing summit.

Building on our reputation for addressing the hottest industry issues, our industry-

led summit will not only provide you with the opportunity to network with key

industry players but will also arm you with the knowledge you need to fully evaluate

opportunities for your business.

Please take a look through the enclosed agenda and visit

www.3d-printing-additive-manufacturing.com for

the fastest way to register.

We look forward to welcoming you to London in November.

Kind regards,

3D Printing & Additive Manufacturing Team

Be part of the world’s first industry-led global 3D printing

and additive manufacturing summit to examine successful commercial applications and strategic reasoning behind technology investment

1

Hear from 20+ Industry Leaders from sectors such as Aerospace,

Automotive, Defence, Electronics and Retail and join in active discussions to find out the facts on issues such as capacities, volumetric constraints, repeatability and reliability

2

Discover the state-of-the-art in equipment capabilities,

developments in alloy & polymer usage and clarity on costs to inform the business case for adoption

3

Gain insights into early adopters visions for mass production and

case studies on additive manufacturing technologies in application today from hands-on industry leaders and select pioneering academics

4

5 Explore practical applications of new design processes and cutting-

edge developments on creation of new shapes and integrated functionality

6 Enjoy exclusive networking opportunities across three days

including a drinks reception at the end of Day One providing an invaluable opportunity to form and nurture business partnerships

7 Destination Location - London, UK: Take the opportunity to enjoy

this world-leading cultural capital as the backdrop for informal networking outside the conference proceedings

19-20 November, 2013 | London | UK

REGISTER BEFOREFRIDAY 4 OCTOBERSAVE UP TO £200See back page for details.


7 Key Reasons To Attend

8.50 Chair’s Opening Remarks

KEYNOTE: INDUSTRY VISIONS FOR 3D PRINTING9.00 Industry Leader Visions On New Possibilities And Opportunities – How Can 3D Printing Be Leveraged To Generate Business Benefit Beyond Traditional Manufacturing?•Assessing the business benefit of 3D printing technologies

over and above current manufacturing processes: What can it currently be used for and what are the future possibilities?•Understanding possibilities for where additive manufacturing

can be employed within a portfolio of products: What are industry leaders’ mid to long-term visions?•Benchmarking the cost and relative capabilities against

the scope of the opportunities that could be created: Is there a strong enough business case to pursue first time manufacture applications? •Identifying the gap between theory and practical

application today: Where does the rubber meet the road? Dr. Rainer Rauh, VP Head of Materials and Processes, EADSVeena Pureswaran, Global Electronics Industry Lead, IBMLorenzo Lorenzi, Advanced Manufacturing Leader, GE Oil & Gas

9.45 Question & Answer Session

STATE OF THE ART Assessing Cutting-Edge Work Of Early Adopters,

Innovations From Academia And Current Capabilities Of Additive Manufacturing Equipment

STATE OF THE ART: EARLY ADOPTERS PANEL 10.00 Examining Early Adopters’ Thinking Behind Commercial Application Of 3D Printing – What Is The State Of The Art And Where Are We Headed?•Revealing the motivations and strategic reasoning behind

technology investment •Gauging what is currently state of the art: Showcasing

success stories of additive manufacturing process adoption for new and existing products•Identifying key bottlenecks experienced with

industrialisation of processes: What progress is being made to overcoming these?•Understanding thinking behind how business models will

need to evolve to integrate future additive manufacturing processes•Examining industry roadmaps and plans for commercial

use of 3D printing Richard Brady, Advanced Digital Manufacturing Leader, Williams F1Ralf Schwenger, R&D Director, HEAD Sports

Steve Tremlin, Prototyping Manager, Dyson


11.00 Morning Refreshments In Exhibition Showcase Area

STATE-OF-THE-ART MACHINES: COSTS AND CAPABILITIES FOR PRODUCTION

11.30 Examining The Latest Innovations In Industrial Additive Manufacturing – What Are The Capabilities Of New Machines And What Are Their Ownership Costs? •Exploring the latest technological innovations in additive

manufacturing: Which technologies are receiving attention in terms of investment and research?•Appraising mid and long-term equipment outlooks: What

types of equipment are in the pipeline and what additional capabilities will they offer?•Understanding the current cost of 3D printing machinery

and additive manufacturing technologies: How quickly are equipment costs going to come down?•Assessing advancements with machines in terms of

potential for mass production: Will they ever be fast enough to manufacture products for mass production?

Prof. Manos Tentzeris, School of Electrical and Computer Engineering, Georgia Institute of Technology


Day OneTuesday 19th November, 2013

EXPLORING BUSINESS OPPORTUNITIES, SUCCESSFUL INDUSTRIAL APPLICATIONS AND THE STATE OF THE ART

COMMERCIAL APPLICATIONS: WHAT CAN WE DO RIGHT NOW?

Exploring How Companies Have Made Their Businesses More Efficient And Created New

Value With 3D Printing And Additive Manufacturing Processes

A: SUCCESSFUL SMALL-SCALE PRODUCTION AND BESPOKE APPLICATIONS

12.10 – 3.00 Showcasing Examples Of Applications For Low-Volume Production And Highly Bespoke Components And Products

AEROSPACE & DEFENCE12.10 Examining Aerospace And Defence Applications Of Additive Manufacturing Technologies For End-Use Production

•Identifying applications for end-use aerospace components: Which materials and processes are currently able to produce aerospace-certified components? •Understanding how the aerospace and defence industries

are introducing additive manufacturing processes into their business models: What do their new balance sheets look like?•Exploring applications in defence to reduce costs while

increasing production versatility•Assessing the current market for additive manufacture

in aerospace: Which current applications can be developed further?

Curtis Carson, Head of Systems Integration - Manufacturing Engineering, Airbus12.40 Question & Answer Session

AUTOMOTIVE12.50 Analysis Of Applications In Automotive For Bespoke Vehicle Customisation And Low-Volume Production Of Performance-Enhancing Components – Which Applications Have Been Successful So Far? What Are The Prospects For Mass Production?

•Examining niche applications being applied to add new value to automotive products•Exploring applications for vehicle interior personalisation

and customisation: What are the cost implications for introducing AM-produced components on a bespoke basis?•Assessing approaches for integrating components

produced using additive manufacturing methods on a traditional production line •Highlighting applications in Formula 1 for highly bespoke,

high quality components: How can these production processes be transferred into mainstream automotive cost effectively?

Vaibhav Taide, Team Leader - Rapid Prototyping, Scuderia Toro Rosso


1.30 Networking Lunch In Exhibition Showcase Area

BIOMEDICINE2.30 Exploring Cutting-Edge Applications Of 3D Printing Technologies In Biomedicine – Can These Pioneering Applications Be Transferrable To Other Industries?

•Identifying applications for printing highly bespoke alloy medical components cost-effectively: Which technologies are being used to produce high-end equipment economically?•Examining high-end applications in dentistry and medicine

using advanced polymeric materials: Which materials are approved for additive manufacture?Sharing success stories of life-saving applications of advanced additive manufacturing technologies: Which production challenges did additive manufacture overcome?

•Exploring cutting-edge applications of 3D printing in the medical community: Which applications can be transferred into other industries?

Prof. Scott Hollister, Professor of Biomedical Engineering and Mechanical Engineering, University of Michigan 3.00 Question & Answer Session

B: EQUIPMENT REPAIR AND REMANUFACTURE APPLICATIONS

3.10 Examining Use Of 3D Printing To Make Parts For Repair And Remanufacture – What New Possibilities Are Feasible Right Now?•Examining advances producing 3D-printed components

and equipment for use in remote locations•Assessing existing and planned applications for

manufacturing new and replacement parts including the design and build of support equipment •Identifying opportunities for applications of additive processes

for the remanufacture of degraded or obsolete components•Showcasing innovative approaches to on-site additive

manufacture: What are the new possibilities for repair and remanufacture? •Exploring the feasibility of business models offering spares

or repairs as downloadable componentsFacilitated by: Stephen Morgan, Group Leader - Materials Engineering, Advanced Technology Centre, BAE Systems3.40 Question & Answer Session

3.50 Afternoon Refreshments In Exhibition Showcase Area

C: RAPID PROTOTYPING APPLICATION ADVANCES 4.20 Revealing The State Of The Art In 3D Printing For Advanced Rapid Prototyping – How Far Can Rapid Prototyping Technologies Be Pushed? •Showcasing new technologies and innovations for rapid

prototyping: What are the capabilities of the new machines? •Highlighting opportunities for new rapid prototyping

processes and technologies for small-scale production with RP technologies•Comparing the capabilities of rapid prototyping 3D printing

technologies with industrial additive manufacturing technologies: Which applications are better suited to which technologies?•Assessing the potential for the use of rapid prototyping

modelling technologies across industries: Can 3D-printed models replace CGI?

Ralf Schwenger, R&D Director, HEAD Sports4.50 Question & Answer Session

MASS MARKET APPLICATION: STANDARDS & CERTIFICATION PANEL DISCUSSION

5.00 Establishing Agreement On Standards And Certification For 3D-Printed Products To Enable Widespread Application Across Manufacturing Industries•Understanding the likelihood of the development of ISO

or ASTM standards to enable mass market adoption of 3D-printed technologies •Facilitating cross-industry cooperation: What is the current

state of play and what are the barriers to practical application of standards at the rate of technological innovation?•Assessing steps and testing necessary for standards and

certifications for safety-critical components•Addressing the challenges of limited data availability

on new material properties: What are the prospects for developing new, international materials databases?

Martin Schaefer, Project Manager & Senior Engineer, SiemensSylviane Rogosnisky, Innovation Project Manager - Additive Manufacturing, RenaultDr. Jan Sehrt, Head Engineer, Institute of Product Engineering, University of Duisburg-EssenDr. Bernhard Müller, Group Additive Manufacturing Leader, Fraunhofer IWU5.30 Question & Answer Session5.40 Chair’s Closing Remarks

5.50 – 6.50 Networking Drinks Reception In Exhibition Showcase Area


Day TwoWednesday 20th November, 2013

ADVANCES IN MATERIALS, DESIGN PROCESSES FOR ADDITIVE MANUFACTURE AND STEPS TOWARDS MASS PRODUCTION


8.50 Chair’s Opening Remarks

KEYNOTE: INNOVATIONS IN PRODUCTION-GRADE MATERIALS DEVELOPMENT

9.00 – 10.20 Understanding The Range Of Materials That Can Be Printed - What Is Possible Today, And What Will Be Possible In The Future?

A: METALS FOR ADDITIVE MANUFACTURE9.00 Showcasing Advances In Alloy Development And High-Strength Metals – Which Alloys Are Currently Available To Print And What Are The Latest Developments In This Area?•Understanding which metals can be printed today and

capabilities in terms of finish, colours, performance, mechanical characteristics and temperature resistance•Highlighting developments in lightweight, industrial-grade

metals for additive manufacture: Where is titanium being printed today?•Comparing approaches to metal additive manufacture:

How does SLA compare with SLS in terms of cost, quality and speed? •Understanding how the mechanical engineering of the

machines themselves affects metal material propertiesDr. Bernhard Müller, Group Additive Manufacturing Leader, Fraunhofer IWUDr. Konrad Wissenbach, Head of Additive Manufacturing and Functional Layers, Fraunhofer ILT


B: PLASTICS FOR ADDITIVE MANUFACTURE9.40 Exploring Advances In Polymer Development And Industrial-Grade Plastics – Which Polymers Are Currently Being Used And What New Possibilities Are On The Horizon?•Exploring the prospects for polymers developed with

metallic properties: When will such polymers become commercially available?•Examining developments in engineering-grade plastics for

industrial use•Comparing the mechanical properties of plastics printed

using additive manufacturing techniques and injection moulding: When will the material properties match up? •Understanding safety issues relating to printed plastics:

How do the degradation rates differ between production methods?

Jessica Middlemiss, Senior Materials Engineer, Dyson


10.20 Morning Refreshments In Exhibition Showcase Area

SCALING UP FOR MASS PRODUCTIONProducing Reliable, Reproducible Products At

High Quality And High Volume

COST RELATIVE TO VOLUME AND SPEED10.50 Exploring The Capabilities And Costs Of Additive Manufacturing Technologies For Production – What Are The Capacities And Volumetric Constraints Of Existing Machines? •Understanding current capital cost limitations as a

function of size and fidelity •Analysing cost implications throughout the lifetime of the

equipment: What should a financial balance sheet look like to justify investment in the technologies? •Comparing historic and forecasted changes in the relative

rates of equipment and material costs with production quality and accuracy•Assessing equipment capital investment costs and

amortisation over the number of parts produced at different qualities, quantities and speeds: Where is the point of diminishing returns?

Prof. Rainer Koch, Head of Department, Mechanical Engineering, University of Paderborn11.20 Question & Answer Session

PRODUCT QUALITY: PROCESS CONSISTENCY AND REPEATABILITY

11.30 Examining Advances In Real-Time Process Monitoring To Ensure Consistent Quality – How Can Part-To-Part Variability Be Reduced? How Can We Ensure The Qualification Of Processes?

•Gauging statistical analyses on part-to-part variability: How much variation is there and how much can be tolerated?•Examining hardware and software solutions for real-time

process monitoring: How can these solutions be interfaced with certification procedures to enable use with safety-critical components?•Identifying the key processes and bottlenecks within

additive manufacturing that impact on product variability and quality•Assessing the feasibility of in-situ annealing components

as they are being manufactured

Stephen Morgan, Group Leader - Materials Engineering, Advanced Technology Division, BAE Systems


RELIABILITY AND MATERIAL PROPERTIES

12.10 Determining The Properties Of Materials As Parts Are Being Created: What Are The Effects Of Additive Manufacturing Processes On Material Properties?

•Understanding how additive manufacturing processes relate to material properties: How does object orientation impact on a material’s microstructure?•Exploring how the material properties of metal

components produced using laser beam melting are influenced by post-manufacturing processes•Examining the influence of material ageing on

reproducibility and part properties of laser sintered parts•Understanding which data to collect and analyse to ensure

an additive manufactured part is of high quality: How do process parameters affect part quality and process stability?

Dr. Jan Sehrt, Head Engineer, Institute of Product Engineering, University of Duisburg-Essen


12.50 Networking Lunch In Exhibition Showcase Area

DESIGNING FOR ADDITIVE MANUFACTURINGNew Geometries, New Possibilities And A New

Way Of Thinking

1.50 – 3.10 Exploring How To Take Advantage Of Additive Manufacturing As A Design Tool In Order To Fully Realise Its Capabilities

A: CREATING INTEGRATED FUNCTIONALITY

1.50 Designing In A More Integrated Way To Create Functionality – How Can You Actually Design The Material For Purpose And Create Functionality?

•Pinpointing opportunities for integrating manufacturing and design processes and industry-specific commercial applications for feature integration•Identifying hardware and software technology enablers

and integrators to bridge traditional and additive manufacturing technologies •Examining advances and remaining limitations in printing

flexible electronics to assess when this functionality will become a reality: Can an alloy of gallium and indium practicably be used to print liquid metal? How do you integrate lighting effects or LEDs with the technique?•Exploring how to re-educate designers to design according

to biomimetic and bio-inspired design principles

•Understanding the prospects for new CAD software to process freeform curves and calculate different topographical opportunities: How effective are current application-specific design software packages?

Dr. Piers Andrew, Research Leader, Nokia2.20 Question & Answer Session

B: NEW SHAPES 2.30 Harnessing Additive Manufacturing Processes To Create Novel Shapes With Real Commercial Value•Identifying commercial opportunities for new topologies in

different industries: Where does research meet industry?•Examining practical applications of new shapes to overcome

limitations of traditional manufacturing processes•Understanding the principles of topology optimisation for

additive manufacturing to design products that cannot be manufactured in any other way •Assessing research into new shapes to improve product

functionalities: How can vehicle airflows be improved with topology optimisation?

Facilitated by: Prof. Scott Hollister, Professor of Biomedical Engineering and Mechanical Engineering, University of Michigan3.00 Question & Answer Session

3.10 Afternoon Refreshments In The Exhibition Showcase Area

EMERGING MATERIALS AND TECHNOLOGIESIdentifying Commercial Opportunities

For Materials And Technologies In Development

NEW MATERIAL DESIGN3.40 Uncovering Advances In Material Design And Combining Synthetic Materials To Enhance The Mechanical Properties Of Composites – What Are The Commercial Opportunities For Industry? •Understanding the latest developments and possibilities

for creating brand new materials•Assessing current applications of synthetic, custom-made

materials and their economic implications for additive manufacturing•Exploring how design and manufacture processes can be

integrated to create materials with specified properties for purpose: Can polymeric materials be designed to possess conductivity properties?•Identifying future commercial opportunities for

metamaterial development: Which applications will benefit most from advances in material development?

Prof. Mark Miodownik, Director, Institute of Making, University College London4.10 Question & Answer Session

MULTI-FUNCTION AND MULTI-MATERIAL 4.20 Analysing The Commercial Possibilities For Integrating Separate 3D-Printed Components In A Single Product•Assessing the prospects for using multi-material additive

manufacture processes to programme different properties into various parts of a product’s geometry•Introducing variability in the design process: Revealing

advances in developing multi-material additive manufacture equipment for commercial application•Exploring advances in machine technology capable

of self-assembly and disassembly: What are the prospects for machines able to remove support structures autonomously?•Understanding how new components developed using 3D

printers can be bonded with traditionally manufactured products: What could be done with the next generation of printers?

Prof. Manos Tentzeris, Professor, School of Electrical and Computer Engineering, Georgia Institute of Technology 4.50 Question & Answer Session

5.00 Chair’s Closing Remarks

5.10 End Of Summit

EXPLORING SOLUTIONS FOR ADDRESSING CHALLENGES AROUND INTELLECTUAL PROPERTY, DATA SECURITY AND PRODUCT AUTHENTICITY

A number of complex legal and ethical issues are being raised with the arrival of sophisticated 3D printing and additive manufacturing technologies. But how can you ensure your company rights are protected and, crucially, that the safety of your end products has not been compromised?

Join this highly interactive forum which brings together the views of regulatory authorities, 3D printer manufacturers and industry to debate issues around safeguarding intellectual property and ensuring product safety and authenticityFacilitated by: Simon Bradley, VP Global Innovation Network, EADS Paul Wilkinson, IT Specialist - Research, TescoDr. Jani Kivioja, Research Leader, Nokia Research Centre

MANAGEMENT OF INTELLECTUAL PROPERTY 9.00 Understanding Stakeholder Perspectives For Managing Protection Of Intellectual Property – What Is Currently Being Done To Protect IP And What Is The Future Strategy? •Assessing previous digital booms and the challenges faced with piracy: Is something similar going to happen with 3D designs?•Discussing the legal issues and existing framework to protect the security of digital files: How quickly can international law catch up with technological innovation?•Analysing the effectiveness of past measures implemented to stop and prevent piracy •Assessing why the current lack of standards around 3D printing is leading to people incorrectly claiming IP

CYBER SECURITY AND PROTECTING PRODUCT LINES 9.30 Exploring How Best To Secure CAD Data Locally And Internationally – How Can Cyber Security Be Enforced When Data Are Travelling Through The Cloud?•Assessing the factors impacting on the security of supply chain models integrating additive manufacturing processes•Exploring best practices and approaches of ensuring cyber security locally and in the cloud: Where are data most vulnerable to attack in the cloud? •Discussing approaches for establishing international standards for cyber security •Identifying innovative approaches to ensure cyber security: How do you stop people from stealing designs and selling them as originals? Are there ways of embedding sensors?

PRODUCT AUTHENTICITY AND SAFETY10.00 Investigating What Can Be Done To Guarantee Authenticity Of Products As 3D Printing Becomes More Widespread – What Action Can Be Taken?•Exploring the feasibility of stamping some level of authentication on the end product so you know it was generated for, and by, the right people•Examining the effectiveness of existing and proposed methods of ensuring end product authenticity•Assessing legal compliance issues and their implications for different industries using AM technologies•Discussing the practicalities of ensuring product authenticity: How can digital files be authenticated while moving through the cloud?

10.45 Question & Answer Discussion11.30 Open Discussion: Actions Moving Forward To Protect Intellectual Property And Support The Security And Authenticity Of AM Products12.00 Workshop Close

INTELLECTUAL PROPERTY POST-SUMMIT WORKSHOP


Thursday 21st November, 2013 | 9.00am - 12.00pm

Tel: +44 207 709 1000Fax: +44 207 709 1001Web: doubletree3.hilton.com

Venue Information: The Summit will be held at:DoubleTree by Hilton Hotel London - Tower of London

7 Pepys StreetLondonEC3N 4AFUnited Kingdom

The workshop on the 21st November will be held at:Grange Tower Bridge Hotel

45 Prescot StLondon Borough of Tower Hamlets,E1 8GP

Tel: 44 207 959 5000Web: www.grangehotels.com

Senior Representatives From A Cross Section Of Manufacturing Industries Including:• Automotive• Aerospace• Defence• Motorsport• Electronics• Chemicals• Pharmaceuticals• Sports Equipment• Medical & Biomedicine• Consumer Goods• Telecommunication Equipment• R&D Institutes

With The Following Job Titles:• VP, Manufacturing Engineering• VP, Engineering• VP, Advanced Manufacturing• VP, Technology• VP, Materials• Director of R&D• Director of Materials & Manufacturing Advanced Programs• Head of Engineering• Head of Manufacturing Engineering• Head of Advanced Manufacturing• Head of Manufacturing Improvements• Head of Rapid Prototyping• Senior Manager - Advanced Manufacturing Engineering• R&D Director• Technical Fellow• CAD Manager

ü Simon Bradley, VP, Global Innovation Network, EADS

ü Stephen Morgan, Group Leader, Advanced Technology Division, BAE Systems

ü Lorenzo Lorenzi, Advanced Manufacturing Leader, GE Oil & Gas

ü Dr. Rainer Rauh, VP, Head of Materials and Processes, EADS

ü Veena Pureswaran, Global Electronics Industry Lead, IBM

ü Curtis Carson, Head of Systems Integration - Manufacturing Engineering,

Airbus

ü Jessica Middlemiss, Senior Materials Engineer, Dyson

ü Richard Brady, Advanced Digital Manufacturing Leader, Williams F1

ü Ralph Schwenger, R&D Director, HEAD Sports

ü Steve Tremlin, Prototyping Manager, Dyson

ü Sylvaine Rogosnisky, Innovation Project Manager - Additive Manufacturing, Renault

ü Vaibhav Taide, Team Leader - Rapid Prototyping, Scuderia Toro Rosso

ü Martin Schaefer, Project Manager & Senior Engineer, Siemens

ü Paul Wilkinson, IT Specialist - Research, Tesco ü Dr. Piers Andrew, Research Leader, Nokia ü Dr. Konrad Wissenbach, Head of Additive Manufacturing and Functional Layers, Fraunhofer ILT

ü Dr. Bernhard Müller, Group Additive Manufacturing Leader, Fraunhofer IWU

ü Prof. Mark Miodownik, Director, Institute of Making, University College London

ü Prof. Manos Tentzeris, School of Electrical and Computer Engineering, Georgia Institute of Technology

ü Prof. Scott Hollister, Professor of Biomedical Engineering and Mechanical Engineering, University of Michigan

ü Dr. Jan Sehrt, Head Engineer, Institute of Product Engineering, University of Duisburg-Essen

ü Rainer Koch, Head of Department, Mechanical Engineering, University of Paderborn

FULL SPEAKER FACULTY:

Sponsorship Opportunities

DEMONSTRATE THOUGHT LEADERSHIP

3D printing and additive manufacturing are among the most talked about technologies in manufacturing today. You may be pioneering these advances, but do your customers know what differentiates you from your competitors? Use targeted, editorially reviewed keynotes and case studies to demonstrate thought-leadership to your target audience.

RAISE BRAND AWARENESS AND INCREASE YOUR PROFILE

Any solutions selected by manufacturers must be subjected to careful comparative cost-benefit analysis. Of course, businesses take into account the profile, credibility and market leadership of potential suppliers to support their advanced manufacturing strategies. Your organisation must be at the forefront when these decisions are made. Engage with your audience with targeted branding and profiling campaigns directed at leading manufacturers.

MEET AND NETWORK WITH DECISION MAKERS

Thought-leadership, branding and profiling are converted into contracts through extensive face-to-face relationship building. As an industry-focused event dedicated to the needs of manufacturers, this interactive forum enables you to meet key decision-makers in one place at one time, giving you the best possible chance of influencing them.

To secure your booth or discuss tailor-made sponsorship packages, contact:

Steve Thomas+44 (0) 208 886 4694 or +44 (0) 800 098 8489

[email protected]

Achieving Your Marketing And Business Objectives At The Summit: Who You Will Meet?

The 3D Printing & Additive Manufacturing Industrial Applications Summit 2013 offers a truly unique platform for you to deliver your message, raise awareness and network with industry decision-makers currently using additive manufacturing technologies as well as those seeking more information before making an investment decision.


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3D Printing Industrial Applications Summit

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Transcript of 3D Printing Industrial Applications Summit