Detroit Colour Council Presented: Additive Overview and HP MJF Technology: How to achieve color, texture and finish on additive applications
Use this link to view a recording of this virtual event: https://altana-events.webex.com/ec3300/eventcenter/recording/recordAction.do?theAction=poprecord&siteurl=altana-events-en&entappname=url3300&internalRecordTicket=4832534b0000000411dfd51e635d66eb5ef49aa02e8d5ca4b42c89da6087aa8c8ebf5f07045ddf5d&renewticket=0&isurlact=true&format=short&rnd=7701562061&RCID=fb140edda02022e98de41f988e174c50&rID=207635907&needFilter=false&recordID=207635907&apiname=lsr.php&AT=pb&actappname=ec3300&&SP=EC&entactname=%2FnbrRecordingURL.do&actname=%2Feventcenter%2Fframe%2Fg.do
PASSWORD: 4JzN5DCn
Aaron DeLong: 3D Printing, HP Inc.
With over 20 years in the automotive industry, Aaron has spent much of that time at IAC, a tier1 supplier focusing on interior plastics. He has been using additive manufacturing as a tool for prototype development, manufacturing aids and innovation enablers for most of his career. Joining HP in 2019 focusing on enabling OEMs to realize the benefit of additive as a cost avoidance tool in development, validation and to address parts on vehicles through a production road map.
Taking standard as printed grey or natural parts to an automotive fit and finish level has been one of the enablers for class A interior and exterior on vehicle parts.
Join us for a review of additive technologies available today and how parts made on these and MJF can achieve color, texture, and finish.