Agenda

8:30 am – 9:00 am

Summit Kick-off Breakfast - Deborah Holton, Managing Director, AM Medical powered by ASME

Grab your breakfast and engage with Deborah as she opens up AM Medical and shares what the day will bring to you and your team, learn how to connect and network using video conferencing with your peers, and how to engage with our speakers and sponsors throughout the day. 

Deborah Holton
Managing Director, Industry Events
ASME

Coffee Talk
Sponsored by: DMG MORI

Next Level Productivity in Medical AM Production Through End to End

Are you looking for the next increase in productivity? Is EH&S an important criterion for your production? Then we cordially invite you to an expert talk with DMG MORI about the latest developments in secure and high productivity Additive Manufacturing. Starting with the design of parts through building and post processing of medical components, our talk will focus on the future production facility for AM. We will introduce you to an end-to-end process chain and will be happy to learn about your challenges today.

Nitin Chaphalkar
Sr. Product Manager
DMG MORI ASI

Robert Chiari
Regional Sales Manager, AM Products
DMG MORI, Advanced Solutions, Inc.

Nils Niemeyer, Manager
Sales and Service
DMG MORI ASI

Coffee Talk
Sponsored by:Empire Group

Massive Capabilities at Micro-scale

They say good things come in small packages and with Projection Micro-Stereolithography (PμSL) we’re seeing that to be true.  Learn how industrial micro-precision 3D printing with PμSL is helping our Medical Device customers make huge advances in the emerging field of microfabrication.

James Grimm
Sr. Business Development Manager
Empire Group

InnoZone Session
Sponsored by: Coherent

3D Metal Printing: Into the Dental Lab​

3D printing of metal parts using laser powder bed fusion is becoming increasingly popular in many different industrial and educational sectors. Examples include medical, tool and mold, and aerospace industries, just to name a few. Dentistry is an early adopter of this technology as the characteristics of 3D printing perfectly match the specific requirements of that field: the need to produce 100% personalized, complex, 3D-shaped parts such as dental bridges, partials, telescopic bars, crowns, and caps. The relatively small physical size of these parts keeps build volumes low, and hence machine investment costs down. Furthermore, existing qualified materials such as CoCr- or Titanium alloys can continue to be used for this laser additive manufacturing process. 3D printing technology, based on polymer or metal, is the key enabler for an ongoing shift from skilled hand work to a fully digital CAD/CAM based workflow in dentistry. This presentation will cover the fundamentals of 3D metal printing of dental parts by the laser powder bed fusion process. It will outline the complete workflow and conclude with an overview of the economic considerations of dental part production using 3D metal printing technology.

Moderator
Christine Reilley
Senior Director, Strategy and Innovation
ASME

Roland Mayerhofer, Dr.-Ing
Product Line Manager
Coherent Inc.

9:30 am – 10: 00 am

Welcome and Begin with Why

The medical additive manufacturing/3D printing community is purpose driven. See some of the people impacted by the innovation of the community and the biggest developments over the past year.

Thomas Costabile
Executive Director/CEO
ASME

10:00 am – 10:30 am

Medical AM/3DP Community Response to COVID-19

As the needs of the coronavirus began to outpace the needs of healthcare professionals, the medical AM/3D printing community stepped up. Community leaders will share efforts, resources, the ways everyone can get involved, and what will happen next.

Moderator
Christine Reilley
Senior Director, Strategy and Innovation
ASME

Beth Ripley
VA Puget Sound

Nicole Wake
Montefiore Medical Center

Sam Onukuri
Head/Senior Fellow
3D Printing Innovation & Customer Solutions
Johnson & Johnson

InnoZone Session
Sponsored by: Carpenter Technology Corporation

Advanced Additive Manufacturing Solutions for the Medical Device Industry – High Strength Titanium, Ni-Free Stainless Steel and Nitinol Printing

This presentation will showcase three state-of-the-art additive manufacturing solutions and how material and process innovations help optimize results and accelerate adoption of the technology. (1) High Strength Grade 23+ Titanium printing with improved mechanical properties to spur innovation; (2) BioDur 108 stainless steel printing to achieve Cobalt and Nickel free - cold work properties and (3) demonstration of shape memory and super elasticity properties in a 3D printed Nitinol component. Each of these innovative processes yields results optimized to the healthcare industry to improve patient outcomes and are complemented with end-to-end powder handling strategies.

Moderator
John Kosowatz
Senior Editor
ASME

Gaurav Lalwani, Ph.D.
Global Applications Engineering Lead, Medical market
Carpenter Technology Corporation

10:30 am – 10:50 am

InnoZone Session
Sponsored by: GE Additive

EBM and/or DMLM in Medical – Design and Production Considerations​

With an increasing number of medical device companies adopting and scaling additive technologies, the orthopedic sector continues to inspire and innovate. From implants and instruments, individually tailored and matched to the patient’s needs, to complex applications for reconstructive maxillofacial, orthopedic and trauma surgery - additive manufacturing in a serial production environment is gaining momentum.

Metal powder bed fusion has become the most established additive technology for orthopedic implants. Electron Beam Melting (EBM) and Direct Metal Laser Melting (DMLM) from GE Additive are two complementary modalities and technologies of choice for implant production. Which technology is right for you? Join us to explore the possibilities of EBM and DMLM, to discuss your application, process characteristics and design and production specifics.

Stephan Zeidler
Senior Global & Key Accounts Director
GE Additive

10:45 am – 11:00 am

Visit Sponsors & Meet Your Peers and Speakers
 

11:00 am – 11:30 am

Keynote Panel: Effective Quality Systems for Additive Manufacturing

Being able to verify or validate your manufacturing process is critical to maintain quality and meet regulatory needs. This interactive panel beings together leaders from key application areas to discuss key considerations and resources. Take this opportunity to join the discussion and meet those who have successfully developed a robust quality system.

Moderator
Dale Swarts
Chief Engineer
Stryker

Valerie Giambanco
Principal, Regulatory Affairs
Stryker

Amy Alexander
Senior Biomedical Engineer
Mayo Clinic

Matthew DiPrima
Material Scientist
FDA

Mary Clare McCorry
Director for Technology Process Development
ARMI/BioFabUSA

11:30 am – 11:50 am

InnoZone Session
Sponsored by: 3D Systems

Adopting Additive Technology at the Point of Care

Point-of-care facilities increasingly show interest in using 3D solutions as new technology emerges, becomes more user friendly, and incorporates automation. Join 3D Systems Director of Product Development, Ben Johnson, to discover how end-to-end, point-of-care solutions can be implemented into healthcare facilities.

Moderator
Christine Reilley
Senior Director, Strategy and Innovation
ASME

Ben Johnson
Director Product Development, Healthcare
3D Systems

11:30 am – 12:15 pm

Medical AM/3DP Community Collaboration and Resources

Collaboration includes volunteers and organizations building resources and infrastructure to impact more patients with the benefits of 3D printing. This panel discussion brings together key groups to share their highest priority and resources. Join this discussion to hear how this work will impact your efforts, ask your questions, and share your ideas.

Moderator
Lauralyn McDaniel
Industry Events Manager
ASME

Andy Christensen
President
Somaden
ASME Medical AM/3DP Advisors

Matthew DiPrima, PhD
Materials Scientist
FDA

John Wilczynski
Executive Director
America Makes

Lexi Garcia
Outreach Coordinator and Strategic Member Support Manager
ARMI/BioFabUSA

Peter Liacouras, PhD
Director of Services, 3D Medical Applications Center
Walter Reed National Military Medical Center
RSNA 3D Printing SIG

Luis S. Pulgarin
Project Engineering Advisor
Standards & Certification
Initiatives, ASME

Meghan McCarthy, PhD
Project Lead
NIH 3D Print Exchange

Rod McMillan
Fellow, Metals and Ceramics Lead
3D Printing Innovation & Customer Solutions
Johnson & Johnson
ASTM F42.07.03

Justin Ryan, PhD
Research Scientist
Rady Children's Hospital
DICOM WG-17

12:15 pm – 1:00 pm

Lunch & Learn
Sponsored by: Protolabs

How to Implement an Integrated 3D Printing Strategy from Concept to Production

Whether you are developing a concept, creating fit and form prototypes, or creating functional prototypes, 3D printing can meet the needs of medical device engineers as they concept, design, develop, verify, and validate designs. In recent years, 3D printing has increasingly evolved into a viable production method for end-use medical parts. This presentation will help attendees understand the nuances of six of the most common 3D printing technologies and how they can take advantage of each technology for medical parts. Using case studies and common applications, attendees will understand how to incorporate the right 3D printing methodology at the right time into their product development cycle.

Moderator
John Kosowatz
Senior Editor
ASME

Amber Farmer
3D Printing Applications Engineer
Protolabs

Lunch & Learn
Sponsored by: B9Creations

Unplugged: A Conversation with Medtronic and Johnson & Johnson on 3D Printing, Medical Devices, and the Future of Design

Join Medtronic and Johnson & Johnson for a conversation on how they’re using additive manufacturing, how it’s changed the way they design, and where additive is headed next. Plus learn how to build a business case for any 3D printer & get real-world insights into the biggest benefits, lessons learned, and top business, technical, and regulatory considerations with implementing 3D printing.

The panel discussion is hosted by B9Creations, a high-resolution, 3D printer manufacturer serving customers like Medtronic, Johnson & Johnson, B. Braun Medical Inc., the NIH, Proctor & Gamble, 3M, and more in nearly 70 countries around the world.

Moderator
Christine Reilley
Senior Director, Strategy and Innovation
ASME

Ben Loomis
Human Factors Research Engineer
B. Braun Medical

Scott Tuominen
Sr. Principal Design Technician
Medtronic

Kevin Herrera
Senior Engineer
Advanced R&D

Lunch & Learn
Sponsored by: Zeiss

Holistic Characterization of Materials and Processes in AM using Correlative Multi-scale Multi-modal Workflow

Additive manufacturing is being adopted into various aspects of manufacturing, primarily due to freedom to create complex designs and economic advantages of producing a small number of parts without the need for tooling. However, the move from prototyping to production requires greater understanding and control of several variables such as stricter dimensional tolerances, surface roughness, defects and microstructure control. While OEMs, service bureaus, and universities are addressing the process controls to limit variation in part quality, ZEISS is working on another aspect of developing holistic measurement methods to quantify the effects of these process controls called ZEISS Blueline. This approach utilizes a multi-scale, multi-modal workflow, designed to handle the complexity of the entire AM process chain, starting from raw materials to the finished parts.

Primary Topics

• Multi-length scale porosity and defect detection
• Accelerated identification and mitigation of key parameters affecting quality
• Investigate performance of AM parts by investigating complex micro-structures
• Using X-ray CT for NDT and Metrology applications

Moderator
Israr Kabir
Business Development Manager
ASME

Pradeep Bhattad
Business Development Manager
ZEISS Industrial Quality Solutions

1: 00 pm – 1:15 pm

Visit Sponsors/Meet Your Peers and Speaker
 

1:00 pm – 1:20 pm

InnoZone Session
Sponsored by: CAD BLU

Medical & Dental Applications with Additive Manufacturing

General uses of Additive Manufacturing in Dental and Medical with some specific case review.

Moderator
Raj Manchanda
Director, Business Development - Manufacturing & Robotics
ASME

Rich Motto
Founder and CEO
CAD BLU

1:15 pm – 1:45 pm

Breakout Sessions

Medical Device Manufacturing
Collaboration in Emerging Regulatory Landscapes for Additive Manufacturing

Emerging technologies have the potential to advance healthcare, but often challenge regulators to learn new applications and understand the potential risks or safety concerns. Additive manufacturing technology in the medical device industry posed such a challenge. Following the emergence of additive manufacturing, multiple regulators have been utilizing collaborative efforts with industry. Guidance documents from the US, Canada, Australia and International Medical Device Regulators Forum (IMDRF) have been developed and most often include comment periods for the industry to provide feedback to the regulators before finalization of such guidance. This collaboration is essential to ensure that new guidances, standards, and regulations to address new technologies account for the information known by regulatory authorities, scientists, medical professions, and the industry.

Valerie Giambanco
Principal, Regulatory Affairs
Stryker

Point-of-Care Manufacturing & Clinical Applications

What Can Be 3D Printed at the Point of Care?

As 3D printing processes expand, applications are also increasing. Join this discussion to hear from those who are doing it, the innovative ways 3D printing is used alone and with other technologies for patient experience.Even if you can, should you? What are the skills needed and quality considerations?Ask your questions and find why you may not want to 3D print something even if you can.

Moderator
Jonathan Morris, MD
Neuroradiologist
Director, 3D Printing Anatomic Modeling Lab
Mayo Clinic

Juan Garcia MA, CCA
Johns Hopkins Facial Prosthetic Clinic

Joe Lipmann
Hospital for Special Surgery

Sarah Flora
Geisinger Health

3D Biofabrication

Unique Considerations for 3D Printing of Biomaterials

While 3D printingbiomaterialmachinesmay look like other 3D printers, the considerations for biomaterials can be very different.Ourpanel of biomaterial experts will discuss the distinctions including raw material storage, distribution, certificates of analysis, and process impacts on cells. Join this discussion to find answers to advance your biofabrication efforts.

Moderator
Becky Robinson-Zeigler, Ph.D.
Deputy Chief Regulatory Officer
Advanced Regenerative Manufacturing Institute (ARMI)
Principal Consultant, BioFabConsulting

Russell Kirk Pirlo
University of Dayton

Adam Feinberg
Fluidform
Carnegie Mellon University

Angela Panoskaltsis-Mortari, PhD, D(ABMLI)
Director, 3D Bioprinting Facility
University of Minnesota

1:30 pm – 1:50 pm

InnoZone Session
Sponsored by: EOS 

Unlocking the Possibilities of High Fatigue Orthopedic Applications in Titanium Additive Manufacturing

Historically additive manufacturing (AM) has not been considered for high fatigue applications in orthopedic implants, such as hip stems. EOS has developed a Titanium process for the EOS M 290, which combined with a novel Hot Isostatic Pressing (HIP) heat treatment, results in an outstanding fatigue strength of 750 MPa (ASTM E466/ISO 12107, N=9). This study demonstrates how a hip stem application can meet fatigue testing requirements using this process, plus a supportless build strategy to increase build speed and decrease cost of post processing. Please join to understand how you too can build supportless fatigue sensitive designs on EOS industrial 3D printing systems.

Many thanks to our ecosystem partners Monogram Orthopedics (Austin, TX) for the design, Precision ADM (Winnipeg, Canada) for the post processing, and Orthopedic Innovation Center (OIC, Winnipeg, Canada) for the ISO testing.

Moderator
Israr Kabir
Business Development Manager
ASME

Laura Gilmour
Senior Healthcare Development Manager
EOS North America

1:45 pm – 2:00 pm

Visit Sponsors & Meet Your Peers and Speakers
 

2:00 pm – 2:20 pm

InnoZone Session
Sponsored by:NCS Technologies

Age of Mass Customization is Arriving in Healthcare. Are You Ready?

Mass Customization is Arriving in Healthcare. Are You Ready? Change to Age of mass customization is arriving in healthcare: Are you ready?

Moderator
Christine Reilley
Senior Director, Strategy and Innovation
ASME

Dustin Kloempken
Application Engineer
HP

2:00 pm – 2:30 pm

Breakout Sessions

Medical Device Manufacturing
Innovating with 3D Printing at Medtronic

Additive manufacturing has the potential to disrupt the medical device industry in many ways. To make a case for 3D printing, several conditions related to therapy, business, engineering, materials science, and regulations need to be met to realize the innovation potential. Medtronic usesadditive manufacturing to accelerate product development through functional prototyping, for procedure development and physician training, and to print metallic spinal implants. Process controls enabled by in situ monitoring and AI, as well as 3D bioprinting are interesting technologies on the horizon.

Moderator
Tim Shinbara
VP & CTO
Association For Manufacturing Technology

Markus Reiterer
Distinguished Scientist, Strategy and Scientific Operations
Medtronic

Point-of-Care Manufacturing & Clinical Applications

Multi-disciplinary Approach Needed for Point-of-Care3D Printing

When3D printing at the point of care, a multi-disciplinary approach is essential to the patient experience and realizing the full benefits of technology. Whether creating anatomical models for education or surgical planning, or creating tools or surgical guides, the combined skills of surgeon, radiologist, and engineer are needed. Join this discussion with those who use this approach every day. Hear about their lessons learned and ask your questions for your point-of-care 3D printing activities.

Moderator
Andy Christensen
President
Somaden

Peter Liacouras
Walter Reed National Military Medical Center

Justin Ryan
Rady Children’s Hospital

Juan Fernandez-Miranda, MD
Stanford Medical Center

3D Biofabrication

What Will be Needed for Bioprinted Organs, In Vitro to In Vivo?

As researchers work toward bioprinted functional organ replacements, others are looking at the tools and infrastructure that will be needed. This discussion willincludestorage, transportation, surgical tools, andother challengesto addressto ensure healthcare professionals will be able to effectively use bioprintedtissues. Hear from experts and share your ideas. A debrief of the discussion will be published after the event.

Moderator
Joseph Johnnie
Senior Engineer, Center of Device Innovation
Johnson & Johnson

Bre Jacobs
Principal Scientist, Biologics R&D
Medtronic

Michael Francis
Embody

Ibrahim Ozbolot
Penn State University

2:30 pm – 2:45 pm

Visit Sponsors & Meet Your Peers and Speakers
 

2:45 pm – 3:15 pm

Medical Innovation Inspired by Other Industries

The medical additive manufacturing community has been a leader in using the technology for everything from anatomical models to the production of orthopedic implants. With diverse applications outside ofmedicine, what inspiration can be found in how AM is being used elsewhere? This panel discussion, led by Terry Wohlers, will look at aerospace, automotive, and other sectors to explore the spectrum of applications and discover ideas for using AM to transform lives.

Moderator
Terry Wohlers
Wohlers Associates

Tuan Tranpham
AREVO

Anna Tomzynska
Boeing

Ellen Lee
Ford

3:15 pm – 3:45 pm

Keynote: What’s Next for Medical & Dental 3D Printing?

Even as improvements are made to existing applications, we want to prepare for what’s next; what will be the next big application area? The next process, material, or otherdevelopmentto increase the ability to maximize benefits of 3D printing for patients?Apanel of thought leaders will address where we go from here. Ask your questions and be a part of the life-impacting efforts of the medical AM/3DP community.

Moderator
Markus Reiterer
Distinguished Scientist, Strategy and Scientific Operations
Medtronic

Sam Onukuri
Head/Senior Fellow
3D Printing Innovation & Customer Solutions
Johnson & Johnson

Beth Ripley MD
VA Puget Sound

Michael Scherer, DMD, MS, FACP

Adam Jakus, PhD
Chief Technology Officer
Dimension Inx

3:45 pm – 4:05 pm

InnoZone Session
Sponsored by: Oxford Performance Materials

3D Printed PEKK Polymer: Enabling a Family of Medical Devices that Inhibit Bacterial Growth without the Use of Antibiotics

PEKK (polyetherketoneketone) polymer has been used in medical device implants since 2005. In the same polyketone family as PEEK (polyetheretherketone), PEKK offers similar biocompatibility and slightly better mechanical characteristics but has additional clinical benefits for use in medical devices. PEKK polymer is capable of being 3D printed, which confers design freedom and an inherent surface structure that has been shown to participate in bone fusion while also exhibiting antibacterial characteristics. This presentation will provide an overview of OPM’s 3D printed PEKK process (OsteoFab® Technology) and will discuss the antibacterial characteristics inherent to 3D printed PEKK medical devices along with the mechanism by which that action occurs.

Thomas J. Webster
Art Zafiropoulo Chair and Professor
Northeastern University

James Porteus
Director of Engineering
Oxford Performance Materials, Inc

4:00 pm – 4:15 pm

Visit Sponsors & Speakers
 

4:15 pm – 4:45 pm

Brew and View
Sponsored by: Additive Industries

Lowering Production Costs of AM Medical Implants

During this brew and view Ryan will present an analysis of the typical costs associated with volume production of Titanium implantable medical devices. He will then explore opportunities for cost savings with the goal of making additive manufacturing a replacement for conventional manufacturing techniques.

Ryan Kircher
Director of Business Development
Additive Industries North America

Networking Brew and View
Sponsored by: ASME