Freemelt AB
Ulric Ljungblad has a diverse work experience in various companies and academic institutions.
From 2017 to present, Ulric has been involved with Freemelt AB, starting as a CEO and Chief Innovation Officer. Freemelt is a startup focused on developing an open-source powder-bed 3D printer with beam control for process development. Previously, Ulric worked as the Research and Development Manager at Freemelt from 2017 to 2019.
Prior to Freemelt AB, Ulric worked at Arcam AB from 2006 to 2016. During this period, Ulric served as the Manager External Projects from 2015 to 2016 and as the Manager System Development from 2013 to 2015. Ulric also completed their Ph.D. at Arcam AB, starting in 2006 and finishing in 2013.
Ulric's early career was at Micronic Laser Systems AB, where they worked as a Senior Specialist from 1997 to 2006. Ulric was also involved in research and development at the company.
Ulric began their professional journey as a Ph.D. student at Gothenburg University, starting in 1992 and completing the program in 1996.
Overall, Ulric Ljungblad's work experience showcases a strong background in research, development management, and leadership roles in the fields of 3D printing, laser systems, and academia.
Ulric Ljungblad attended the University of Gothenburg from 1985 to 1996. No specific degree or field of study information is given.
Freemelt AB
Freemelt provides the world’s first open source EB-based metal 3D printer, optimized for materials R&D. Freemelt ONE is a full-access toolbox where our customers do their own materials development for Additive Manufacturing. It has features / benefits such as: - open source software, for complete control of beam paths and hardware - powder feeding system and build tank that enable builds with small powder quantities - high power electron beam gun, for fast processing - high process temperature, beneficial for crack-sensitive alloys - outstanding vacuum quality, beneficial for highly reactive materials - multiple auxiliary ports where R&D instruments for in-situ process monitoring can be attached - small vacuum chamber, ensures short turnaround times Its combination of open source software, high process temperature and high vacuum makes Freemelt ONE the perfect choice for a wide range of materials, e.g. Ni-based superalloys, intermetallics, high-alloyed steels, refractory metals and OFHC copper.