The RAPID 2013 Conference & Exposition Directory - Society of ...
The RAPID 2013 Conference & Exposition Directory - Society of ...
The RAPID 2013 Conference & Exposition Directory - Society of ...
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3-3:25 pm<br />
Using Additive Manufacturing<br />
to Enhance Prototype Castings<br />
Dave Rittmeyer, CAD Specialist/Pattern Maker, Hoosier Pattern<br />
Product Design Considerations<br />
Using Additive Manufacturing<br />
10 am–3:30 pm<br />
Additive manufacturing technologies are removing many <strong>of</strong> the<br />
manufacturing restrictions that have compromised a designer’s<br />
ability to make the product they imagined. Learn about new<br />
product designs and designers who are blowing away old<br />
“subtraction” thinking.<br />
10–10:25 am<br />
3D Printing’s Role in Product Development:<br />
CaliBowl Case Study<br />
Rich Stump, Principal, FATHOM<br />
This presentation will provide a brief history <strong>of</strong> the product and<br />
how 3D printing was instrumental in bringing the product to<br />
market. Elaboration will be included on how the Objet 3D printer’s<br />
high resolution, variety <strong>of</strong> materials, and speed affected the<br />
development process. Related technologies will be discussed<br />
such as 3D-printed injection mold tooling and how they will<br />
contribute to manufacturing revolution. Also there will be<br />
discussion on how 3D printing can help support manufacturing<br />
jobs in the US and reduce the carbon footprint. In addition to the<br />
current buzz surrounding the 3D printing industry, the case study<br />
product is an award-winning, simple but revolutionary design that<br />
many people can relate to.<br />
10:30–10:55 am<br />
A Process Workflow for Designing<br />
Finished Parts for Additive Manufacturing<br />
Matt T. Samperi, Research Assistant, Applied Research Lab,<br />
Penn State University<br />
Timothy W. Simpson, PhD, Pr<strong>of</strong>essor <strong>of</strong> Mechanical & Industrial<br />
Engineering, Penn State University<br />
Sanjay B. Joshi, PhD, Pr<strong>of</strong>essor <strong>of</strong> Industrial Engineering,<br />
Penn State University<br />
This presentation will provide a complete description <strong>of</strong> the<br />
process workflow from a concept design to a finished part<br />
using additive manufacturing. It will describe what options are<br />
available at each step in the workflow and the design challenges<br />
that arise in using AM to produce parts. Different AM methods<br />
such as Optomec’s laser-based DDM system and EOS’s powder<br />
bed technology will be examined for quality and capability in<br />
the process workflow. <strong>The</strong> presentation will conclude with<br />
suggestions for determining the best options at each step to end<br />
with the desired finished product.<br />
11–11:55 am<br />
Panel Presentation<br />
Moderator: Mark Adkins, Smart Hammer Innovation<br />
Panel Participants:<br />
Hahna Alexander, Sole Power LLC<br />
David Demyan, MSA<br />
Dan Pothala, Bayer MaterialScience<br />
Paul Pritchard, PhD, Kennametal Inc.<br />
Matt Schrauder, MEDRAD Inc.<br />
This panel is composed <strong>of</strong> designers and engineers from some <strong>of</strong><br />
Pittsburgh’s leading manufacturers. <strong>The</strong> discussion will include<br />
benefits and challenges <strong>of</strong> bringing additive manufacturing into<br />
the new product development area. New designs that reduce part<br />
count, lower labor cost, speed up assembly and increase part<br />
strength are all potential benefits <strong>of</strong> additive manufacturing. Are<br />
they being realized in today’s leading innovation organizations?<br />
1–1:25 pm<br />
Additive Manufacturing and Innovative Design:<br />
Working “Hand in Glove” to Create the Next<br />
Generation Products<br />
Tom Pasterik, Design Engineer, ExOne Company<br />
Turlif Vilbrandt, CTO, Uformia<br />
Colin Chapman, Engineer, Applied Technology Integration<br />
Currently, the process to design new products is being<br />
challenged to leverage the freedoms that additive manufacturing<br />
technology <strong>of</strong>fers. No longer constrained with just using<br />
subtractive manufacturing methods or fabrication techniques,<br />
additive technologies <strong>of</strong>fer an avenue to optimize designs<br />
(reduce weight, change inertia, tailor stiffness, enhance thermal<br />
properties, etc.) and enable designing for function, not just<br />
designing for geometry.<br />
6/<strong>2013</strong> – <strong>RAPID</strong> 49