Manufacturing Context & Technology Physics

July 30, 2019 |

Are you trying to understand the process capabilities of 3D Printing? Wondering if it has a shot at meeting the ISO 289 standards required for other manufacturing methods? Register today to learn how HP’s Multi-Jet Fusion technology stacks up to other manufacturing processes, and where it’s headed!

Primary Topics:

  • Leave knowing and understanding the basics of manufacturing terminology
  • Learn how mass manufacturers use standards: dimensioning, tolerancing, CpK, and IT Scale
  • Learn how to differentiate between manufacturing methods
  • Identify where HP Multi-Jet Fusion 3D printing technology fits in


Dustin Kloempken
Application Engineer, HP
Dustin Kloempken is an Application Engineer (AE) with HP who teaches companies how to stay agile amongst global competitors by leveraging the power of additive manufacturing. With the 4th industrial revolution in sight, Dustin has been working with companies in the medical field to discover ways to provide customized care on a mass scale. He helped a major automotive company cut a 6-month lead time for the creation of a finalized prototype to only 1 month. He also helped a major special effects company cut 2000 hours of continuous print time down to only 1 week so that the project could go off without a hitch on the Jimmy Kimmel live show. Dustin owes his success from experiences such as running a business, working in the energy generation fields and his education in multiple disciplines.

Edward Davis
Director of 3D Strategy, HP
Edward Davis has over 30 years experience in printing technology investigations and product development, including over 10 years driving HP strategy in 3D Print and Digital Manufacturing.  His current responsibility is translating megatrend and competitive analysis into the vision for the Digital Manufacturing Industry and developing the execution strategy for creating this manufacturing ecosystem, from design through production and use.