Hollywood Beach Marriott
Hollywood (Ft. Lauderdale), Florida USA
Information Management Institute, Inc.
Technologies currently being utilized for digital manufacturing include stereolithography, ink jet printing, selective laser sintering, fused deposition modeling, aerosol jet deposition, solid ground curing, laser engineered net shaping and ultrasonic consolidation among numerous others.
We are all aware of the decline in American (and other developed nations) manufacturing industries over the past few decades. Yet, everyone agrees that manufacturing growth, jobs, etc. are essential to revitalizing the world economy.
Digital manufacturing is a potential valuable contributor to the rebirth of manufacturing by utilizing the available technologies to efficiently (in terms of cost, time & materials) manufacture products. We need to work not only hard, but smart, to realize the potential benefits offered by digital manufacturing technologies.
What is Digital Manufacturing? Digital Manufacturing is a collective term that encompasses numerous technologies utilized to produce products from digital files. Examples of terms which we define as being various forms of digital manufacturing include 3D Printing, Additive Manufacturing, Rapid Prototyping, Rapid Manufacturing, Personal Manufacturing and Layered Manufacturing among others - all of which manufacture end products from a digital file using computer controlled devices in a primarily additive process - rather than subtractive processes typically utilized in traditional manufacturing (milling, machining, etc.).
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Digital Manufacturing is being utilized in numerous industries including aerospace, automotive, biomedical (dentistry, prosthetics, tissue, etc.), composites, construction, consumer goods, energy, jewelry, machine tool, military/defense and many others. Manufacturers cite advantages and benefits such as the following for their implementation of Digital Manufacturing technologies:
IMI's 1st Digital Manufacturing Conference-Opportunities for Manufacturing Rebirth will explore the current digital manufacturing technologies, application opportunities, challenges, needed improvements to enhance implementation, economics and other factors essential to the growth and expansion of Digital Manufacturing.
- Precision Individualized Products
- Minimal Inventory Costs (Space, Overhead & Product Costs)
- Materials Conservation (No or Minimal Machining/Finishing Waste)
- Increased Design Flexibility
- On-Demand Production
- Time Savings (Design, Prototyping & Production)
- Production of Products Not Conventionally Manufacturable (Complex Shapes, Internal Voids, Layered Structures, etc.)
- Centralized Design & Remote or Distributed Manufacturing
- & More!
IMI conference programs bring together delegates from diverse cross sections of the topic industry and are designed to enable attendees to obtain the latest technical, market and application information while allowing time to network with other attendees in a time and cost efficient manner. Conference participation will enable attendees to meet with the digital manufacturing industry's leading experts in a single location over a short period of time thus maximizing information transfer efficiency and minimizing travel and time expenses.
Benefits of Conference Attendance
Learn the current state of the art for current and evolving Digital Manufacturing technologies and gain firsthand knowledge from current users, recognized experts and industry pioneers
Obtain an understanding of infrastructure shifts impacting the manufacturing industry and how they can foster Digital Manufacturing's expansioin
Receive an appreciation for the challenges and issues critical to Digital Manufacturing's continued market penetration and expansion
Establish personal relationships with key players in Digital Manufacturing industry
Gain an understanding of the significant current and projected markets plus the Digital Manufacturing technology developments being made and still required to expand the applications base and market penetration
Display your products, technologies, services, etc. with a complimentary display space and give a 5-minute presentation in the popular Suppliers' Forum session
Hear industry expert's projections for Digital Manufacturing opportunities in newly developing and expanding applications
Vince Cahill, VCE Solutions
Yuan (Charlie) Chang, Amica Systems
Jeffrey E. DeGrange, Stratasys
Dr. Suman Das, Georgia Institute of Technology
Darrell Etter, FUJIFILM Dimatix
Mark Hanley, I.T. Strategies
Jali Heilmann, VTT Information Technology
Dr. Alan L. Hudd, Xennia Technology
Rajeev Kulkarni, 3D Systems
Jon Riley, National Center of Manufacturing Sciences
1st Digital Manufacturing Conference
Opportunities for Manufacturing in America
June 22-24, 2011
Hollywood Beach Marriott
Hollywood (Ft. Lauderdale), Florida
Program Coverage and Schedule
Wednesday, June 22, 2011
12:00 Noon Conference Registration
2:00 p.m. Opening Session - Digital Manufacturing's Role in Evolving Manufacturing Environment
WELCOME & INTRODUCTIONS
Alvin G. Keene, President, Information Management Institute, Inc., Carrabassett Valley, Maine
Additive Manufacturing 101: How the Future of Product Development & Manufacturing is Changing
Jeffrey E. DeGrange, Vice President of Direct Digital Manufacturng, Stratasys, Eden Prairie, Minnesota
- How Additive Manufacturing can help Designers Create Better Products
- Why Additive Manufacturing gets Products to Market Faster & Cheaper
- How Companies like BMW, GM & Boeing use Additive Manufacturing
- What's in Store for Additive Manufacturing in the Future
Building Manufacturing Processes & Products Drop by Drop
Dr. Alan L. Hudd, President & Chief Technical Officer, Xennia Technology, Letchworth, Hertfordshire, UK
- The Ink Jet Proposition as a Manufacturing Technique
- Creating New Products through a Technology Push & a Market Pull
- Technology Requirements & Challenges
- Ink Jet & New Functional Materials as Part of Developing Application Processes
- Outlook for Device & Product Fabrication
Ink Jet: Will it be Successful Digital Manufacturing Technology?
Mark Hanley, President, I.T. Strategies, Hanover, Massachusetts
- Worldwide Digitization Drives Digital Manufacturing
- Ink Jet as a Manufacturing Technique
- Ink Jet's Relative Strengths
- Ink Jet's Early Achievements
- Ink Jet's Development Path
- Can it Compete with More Established Digital Manufacturing Technologies?
6:00 p.m. Networking Reception in Display Area
Thursday, June 23, 2011
8:00 a.m. Breakfast
9:00 a.m. Session 2 - Digital Manufacturing Technologies
Technologies & Applications for Digital Fabrication Technologies
Vince Cahill, VCE Solutions, Waynesboro, Pennsylvania
- Technologies for Digitally Controlled Depostion & Fabrication: Stereolithography, Selective Laser Sintering & Melting, Electron Beam Melting, Electron Beam Freeform Fabrication, Fused Deposition Modeling, Shape Deposition Manufacturing, Laminated Object Manufacturing, Solid Ground Curing, 3D Inkjet, Polyjet Matrix Printing, Robocasting & Shape Deposition Manufacturing
- Capabilities & Limitations of Each Technology
- Effectiveness for Product Manufacturing Applications
Digital Fabrication from Prototyping to Production with Ink Jet
Yuan (Charlie) Chang, Vice President of R&D, Amica Systems, Irvine, California
- New Ink Jet Process for Product Decoration
- The Myth of Ink Jet Cost & Barriers
- Rapid Prototyping & On Demand Production
- New Trends & Ideas Transforming Noncompetitive Products
12:00 Noon Luncheon
1:30 p.m. Session 3 - Digital Manufacturing Applications, Successes & Potential
Direct Digital Manufacturing of Airfoils through Large Area Maskless Photopolymerization
Dr. Suman Das, Professor and Director, Direct Digital Manufacturing Lab, Woodruff School of Mechanical Engineering, Georgia Institute of Technology, Atlanta, Georgia
- DARPA sponsored Direct Digital Manufacturing (DDM) of Airfoils Project Disrupts state-of-the-art Casting Processes
- DDM is Achieved by Processing Photocurable Ceramic Resins through New Large Area Maskless Photopolymerization (LAMP) Technology
- LAMP combines Layered Manufacturing of Complex 3D Objects with Fine Resolution & High Throughput UV Imaging
- DDM of Airfoils will Eliminate nearly all Tooling, Handling & Associated Scrap in traditional Investment Casting Processes
- Disrupts Not Only Conventional Investment Casting Cost Structure - But Also New Component Design Prototyping, Testing & Mass Production
- Current LAMP Technology Status & Future Directions
- Application Potential for Airfoil Designs Plus DDM of other High-Precision Polymer & Ceramic Components across Industry Boundaries
Utilization of Ink Jet in Manufacturing Applications
Jali Heilmann, Senior Research Scientist, VTT Information Technology, Espoo, Finland
- Benefits of Ink Jet in Digital Manufacturing
- Ink Jet Manufacturing Devices & Materials
- Challenges for Ink Jet to Meet Manufacturing Application Requirements
- Case Studies of Ink Jet Manufacturing
Membrane Keypad Manufacturing Using Only Ink Jet Technology
Darrell Etter, Customer Support Engineer, FUJIFILM Dimatix, California
- New Developing Technologies in Printed Electronics Field have Emerged
- Membrane Switch Manufacturing Using Jettable Fluids for all Process Steps is Quite Achievable
- Process Development Steps to Successfully Produce Membrane Switches Using a Single Ink Jet Printer
- Identifying & Choosing the Appropriate Conductor, Dielectric & Adhesives
- Identifying & Selecting the Proper Substrate
- Determining the Deposition Sequence of these Materials
- The Ultimate Solution
SUPPLIERS' FORUM: 5-Minute Presentations Related To Technology, Capabilities, Services, New Product Introductions, etc. The Suppliers' Forum is open to all Conference Registrants
5:30 p.m. Networking Reception In Display Area
Friday, June 24, 2011
8:00 a.m. Breakfast
9:00 a.m. Session 4 - Advancing Digital Manufacturing: What's Next?
Digital Manufacturing: The Future of Innovation
Rajeev Kulkarni, Vice President of Global R&D, 3D Systems, Rock Hill, South Carolina
- Not as new as you might think - 25 Years of Progress
- Founding of the Industry
- Manufacturing Industry's Analog to Digital Transition
- Technology, Materials & Supporting Infrastructure Trends
- Changing Product Development
- Just in Time Manufacturing
- What Will the Future Hold?
Transforming the Way America Builds: Implementation Roadmap for a National Innovation Network
Jon Riley, Executive Director for Design & Engineering Programs, National Center of Manufacturing Sciences, Ann Arbor, Michigan
- Digital Manufacturing Infrastructure is Critical to the Future of American Industry - just as the Assembly Line & Electric Power Infrastructure were Keys to Strong Manufacturing Base a Century Ago!
- Economic Uncertainty & Leaden Growth have Slowed Innovation
- BUT - Access to Cutting Edge Tools (such as High Performance Modeling & Simulation) Provide a Bold Path Forward - essentially Transforming the Way America Builds
- Focus on Job Creation by nearly 300,000 Small/Medium Sized U.S. Manufacturing Companies
- The Strategy: National Innovation Network - Predictive Innovation Centers
Panel Discussion & Open Forum
Advancing Digital Manufacturing: What is Next?
- Digital Manufacturing Initiatives: Manufacturing Societies, Government Agencies, Academic, Private, etc.
- Technology Developments Needed & Expected (Improvements in Product Size, Speed, Cost, etc.)
- Integration of Digital Manufacturing into Traditional Industry
- Technology, Market & Infrastructure Challenges & Opportunities
- Can Anyone Predict The Future?
- Potential Impact on Jobs & Economy
- Are Applications Limited or Limitless!!
12:00 Noon Adjournment Download the PDF version of this program
Speaking Opportunities at IMI Conferences
If you have a potential topic for presentation at this or another IMI conference, please submit your proposed presentation topic and a brief outline to Al Keene at IMI (Email to email@example.com or fax to +1-207-235-2226 for review.
IMI is always looking for potential speakers for upcoming conference programs and will be pleased to discuss your ideas for potential presentation topics.
Product Demonstrations - Free Displays
Product demonstrations/displays by both conference speakers and registrants are encouraged. IMI will cooperate with all interested parties to provide appropriate space so products can be displayed and demonstrated during the conference breaks and receptions. There is no charge in addition to the conference registration fee to have a display. Interested companies should contact Al Keene at IMI to ensure that proper arrangements are made for product displays and demonstrations.
LinkedIn Event Listing - 4th Annual Digital Printing Presses Conference - Road Map to 2020
You can register your interest or plans to attend this conference on LinkedIn at:
Information Management InstituteInformation Management Institute, Inc. (IMI) sponsors conferences world-wide to assist in understanding technology developments, markets and applications requirements. IMI conferences offer attendees a unique opportunity for leading hardware, technology development, consumables, software and user companies to network and develop a more comprehensive understanding of current as well as future developments impacting successful product implementations, market entry/expansion and technology utilization. Since 1990, IMI has held over 500 programs attended by well over 25,000 technical, marketing and management personnel from companies around the world.
IMI conference programs are designed to enable attendees to obtain the latest technical, market and application information while allowing time to network with other attendees in a time and cost efficient manner. Attendance at an IMI conference enables attendees to meet with an industry's leading experts in a single location over a short period of time thus maximizing information transfer efficiency and minimizing travel and time expenses.
Details on all of IMI's activities can be found on our web site www.imiconf.com or by contacting us:
Alvin G. Keene
Information Management Institute, Inc.
1106 Valley Crossing
Carrabassett Valley, ME 04947
Web Site: www.imiconf.com
PAST CONFERENCE BINDER & CD-ROM
- The binder and CD-ROM for this completed program, containing handout materials from all speakers; handout materials from companies giving Suppliers' Forum presentations; plus a registration list with names, addresses, phone numbers and emails may be purchased for:
- $300 US including shipping by Federal Express
Note: $50 Shipping Fee automatically added to non-US, Completed Program Binder orders only. Appears as $50 Shipping charge in the Shopping Cart
- submit the order form now and follow with your payment by mail. Or
- print the Mail-In Order Form , use the comments section to note the name of the binder you want, and mail or fax it to: Information Management Institute, Inc., 1106 Valley Crossing, Carrabassett Valley, ME 04947 Fax: 207-235-2226. Or
- or call 207-235-2225 to place your order.
To order a 1st Digital Manufacturing Conference binder online, please fill in the blanks, then select the "Send to IMI " button.
All checks should be in U.S. dollars drawn on a U.S. bank and made payable to Information Management Institute, Inc. An invoice with bank transfer details for IMI's U.S. or European bank account will be provided upon request.
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