9/10/2015 Agenda P16512 3D Printing Ink Development Test Rig Team - PDF document

9/10/2015 Agenda P16512 – 3D Printing Ink Development Test Rig  Team Introductions  Background  Stakeholders  Problem Statement  Use Scenario  Customer Requirements  Engineering Requirements  Risk Assessment  Project Plan Draft  Questions Team Introductions Background Name Major Team Role  Print heads are key components for Layered Manufacturing and 3D Amanda Gratton Industrial & Systems Engineering Project Manager printing systems Elizabeth Logan Mechanical Engineering Purchaser  Different ink formulations need to be Noah Melnick Electrical Engineering Facilitator evaluated Scott Marshall Electrical Engineering  The process of curing the ink can be Brandon Frey Mechanical Engineering costly Naresh Kanagasabai Mechanical Engineering 1

9/10/2015 Problem Statement Stakeholders  Current State  Currently there is no efficient way for Xerox to test new ink formulations RIT Xerox  Desired State  A 3D Printing Ink Development test rig using Xerox print heads and drivers to evaluate potential ink MSD I Team – P16512 Paul McConville formulations  The test rig will utilize a cost-effective UV curing system Dr. Cormier William Nowak  The test rig will employ precise 2D and 3D motion control William Nowak  Deliverables  Fully Functioning Prototype  User Manual  Poster for ImagineRIT  Technical Paper  All Design Documentation Customer Requirements Use Scenario 2

9/10/2015 Engineering Requirements Potential Risks  Slider comes out of calibration when changing direction  Print Head malfunctions/jams up  UV light can be harmful if bystanders are exposed to it  UV lamp does not cure ink correctly  Print head moving in Z axis comes into contact with printed material and damages print head  Not enough time when everyone (Team, Guide and Customers) can meet Project Plan Draft Project Plan Draft 3

9/10/2015 Questions? 4