Unveils New Corporate Identity And Ticker Symbol "DDD"
3D Systems Corporation (NYSE: DDD) announced today that it is commencing trading on the New York Stock Exchange this morning under the new ticker symbol “DDD” and is revealing its new corporate identity.
3D Systems invented the first 3D printing technology 25 years ago, changing the way people develop their products across marketplaces from transportation and recreation to healthcare and consumer goods. Through continued innovation, the company is developing a comprehensive menu of compelling 3D printers and services. 3D Systems’ content-to-print solutions are transforming entire industries as users are transitioning its powerful tools from new product design and rapid prototyping to rapid manufacturing of end use parts and custom products.
“Similar to the way that social media, mobile apps and the internet changed how we communicate, publish, shop, travel, and search; affordable 3D content-to-print solutions could transform the way we design, communicate, game, market and manufacture,” said Abe Reichental, President and CEO of 3D Systems. “Our new corporate identity reflects our passion and purpose; empowering professionals and consumers to create and make in 3D.”
May 26, 2011
Popular Articles
- Femap® From Siemens PLM Software Now Sold Worldwide Through NEi Software's Reseller Network
- Engineering Simulation Software from ANSYS Used to Help Calibrate Meteorological Instruments on Phoenix Mars Lander
- Sescoi's WorkNC 5-Axis and Auto 5 - a competitive advantage at ALLIO
- Applied Technology Group named Autodesk's Reseller of the Quarter for Excellence in Customer Service
- Autodesk Acquires T-Splines Modeling Technology Assets
- Automotive Tier-One Suppliers Adopt TPM for Faster, Automated Data Translations
- New powerful functionalities for think3’s ThinkDesign 2009.1
- Michael Schley named as 2008 ifma fellow
- Visteon Technology Helps Drivers to Be More Aware of Surroundings
- PTC Announces Data Showing That PTC124 Causes Statistically Significant Improvements in Chloride Channel Function in Cystic Fibrosis Patients