Program Organizers: Joseph Capone, Ametek, Inc. Stuart Jackson, Renishaw Inc. Aaron LaLonde, SLM Solutions NA, Inc.
This program will consider the rapidly growing topic of additive manufacturing (AM) and aims to cover information relevant to the powder metal industry. Presentations will discuss the technologies of current interest in AM and highlight the value and advantages of the different processes and machines. Additional information to be shared includes identification of suitable applications and business case information to support use cases. The current state of AM will be shared, including industry activity, challenges, and ongoing developments to promote and enable manufacturing and industrialization of AM.
Session Chairman: Aaron LaLonde, SLM Solutions NA, Inc.
191
USA
Additive Manufacturing for Growth Acceleration in the Powder Metallurgy Industry Kirk Rogers, The Barnes Group Advisors
203
Developing of Hot Isostatic Press (HIP) and Heat-Treated Cycles for 3D-Printed Aerospace Titanium Donald Godfrey, Honeywell Aerospace
144
Heat Treatment Solutions for DMLS and Binder Jet Printing Systems Michael Hager Verder Scientific, Inc..
281
Maturing AM Heat Exchanger Technology Alongside Machine Development Simon Jones, HiETA Technologies Ltd
Program Organizers: Carl Blaise, Laval University Gilles L'Esperance, FAPMI, Ecole Polytechnique de Montréal
The emergence of metal additive manufacturing (AM) and its numerous technologies has created a demand for metal powders with specific characteristics such as particle size distribution, particle morphology, chemical composition, and cost. These requirements are not exactly new and other processes relying on metal powders, such as conventional powder metallurgy (PM) and metal injection molding (MIM), have similar requirements. Presentations will include insightful analyses of metal powders manufactured by different techniques utilized by the PM, MIM and AM industry.
Session Chairman: Denis Christopherson, Federal-Mogul Sintered Products
192
Improved Production Methods for Powders Used in Additive Manufacturing Christopher T. Schade, Hoeganaes Corporation
193
The Effect of Production Process Route on Metal Powder Properties Roland T. Warzel, III, North American Hoganas Co.
194
Canada
Water-Atomized Metal Powders for PM, AM and MIM: Improvements and Potential Markets Vincent Paris, Rio Tinto Metal Powders
Session Chairman: Gilles L’Esperance, FAPMI, Ecole Polytechnique de Montreal
195
Powder Production and Characterization Methods for AM Nicolas Gobeil, Tekna Advanced Materials
196
Solving AM Challenges with Plasma Atomization Frédéric Marion, AP&C
197
Description of Various Additive Manufacturing Applications Made with Powders Produced with a Proprietary Atomizing Technology Amir Nobari, 5N Plus Micro Powders
The emergence of metal additive manufacturing (AM) and its numerous technologies has created a demand for metal powders with specific characteristics such as particle size distribution, particle morphology, chemical composition, and cost. These requirements are not exactly new and other processes relying on metal powders, such as conventional powder metallurgy (PM) and metal injection molding (MIM), have similar requirements. Presentations will include insightful analyses of metal powders manufactured by different techniques utilized by the PM, MIM, and AM industry.
Session Chairman: Carl Blais, Laval University
198
3
Process Influence on Non-Ferrous Metal Powders Thomas W. Pelletiers, Kymera International
199
Industrial Gas Atomization for Additive Manufacturing and Beyond John Meyer, Carpenter Technology Corporation
062
Development of Effective Tools for Precise Selection of Atomization parameters to Optimize Powder Production Jordan A. Tiarks, Ames Laboratory (USDOE)
Program Organizers: Thomas W. Pelletiers, Kymera International Blaine Stebick, Phoenix Sintered Metals LLC William R. Gasbarre, FAPMI, Gasbarre Products, Inc. Daniel P. Reardon, Abbott Furnace Company
The ability to control processes is directly related to monitoring the variables driving the process. In PM, temperature, velocity, flow, position, pressure, and force are all examples of data critical to the quality of product produced. Developments in sensors monitoring and controlling various processes in the PM industry are explored defining current state-of-the-art, emerging new technology, and the architecture used to deliver this data to enterprise wide information systems. Combining the data can enable real time decisions improving quality, efficiency, accuracy, and delivery.
Session Chairman: Thomas W. Pelletiers, Kymera International
181
Sensors Related to Sintering Dustin Yetzer, Abbott Furnace Company
026
Quality Monitoring in the Overall Manufacturing Process Using Acoustic Resonance Bryan Butsch, The Modal Shop, Inc.
No presentation scheduled at this time.
Session Chairman: William R. Gasbarre, FAPMI, Gasbarre Products, Inc.
180
Overview of Industrial Data Collection Systems Heath Jenkins, Gasbarre Products, Inc.
179
I Have Data! Now What? Jeffrey F. Chileski, Abbott Furnace Company
190
Smart Sensors J.J. Thiara, Rockwell Automation
Session Chairman: Daniel P. Reardon, Abbott Furnace Company
188
A Platform for Data Science Applications to Industrial Processes Part I Dilsat Kalkiran, SAP America
202
A Platform for Data Science Applications to Industrial Processes Part II Dilsat Dalkiran, SAP America
205
Industry 4.0 and Big Data: The Signal and the Noise Steven R. Schmid, University of Notre Dame
Phone: (609) 452-7700
Email: info@mpif.org