2023 Regional Additive Manufacturing Symposium
The New Jersey Chapter of SAMPE, in cooperation with the Rowan University College of Engineering and Advanced Materials and Manufacturing Institute (AMMI), is pleased to host a one-day symposium to highlight advancements in additive manufacturing technology and related research initiatives in the Greater NJ/NY/PA/CT area.
This event showcases local researchers, presenting their latest projects, and material and equipment suppliers, sharing technical reports and application data for their products.
LAST CALL FOR STUDENT POSTER ENTRIES - CLICK HERE
The Symposium will collect and distribute all presentation materials to attendees.
Courtyard by Marriott Glassboro Rowan University is the host hotel for the symposium. A block of rooms is available on a first-come, first-served basis at the NJ SAMPE rate of $175/night for stays from June 21-23.
**NOTE** - Parking is available for all registrants at Rowan Lots D1, D2, or D. Please check the map for details.
Proud Sponsor of the 2023 Regional Additive Manufacturing Symposium
Founded in 1875, Shimadzu is a world-leading manufacturer of advanced analytical & test instrumentation including: Liquid & Gas Chromatography, Mass Spectrometry, Elemental Spectrometry, and Physical Testing devices. Shimadzu universal test machines, fatigue testers, X-ray Fluorescence Spectrometers, impact testers, Thermal Analysis, Particle Size Analysis, X-ray CT imaging, and ultra-high speed cameras are vital research tools for additive manufacturing research. Please visit www.ssi.shimadzu.com for details.
Proud Sponsor of the 2023 Regional Additive Manufacturing Symposium
Kaneka North America LLC is a subsidiary of the Kaneka Corporation, headquartered in Osaka and Tokyo, Japan. Kaneka supplies intermediates for the manufacturing of products in the environmental, energy, automotive, construction, information and telecommunication sectors. Kane Ace® MX is Kaneka’s novel core-shell rubber (CSR) predispersed masterbatch which enhances the physical properties of thermoset resins through optimal dispersion of core-shell particles. Kane Ace modifiers deliver highly improved strength, improved fracture toughness and endurance without losing heat resistance (Tg) inherent to thermoset resins.
