Our work with Universities and research institutes
There is a constant commitment to the advancement of metal additive manufacturing technology in Prima Additive's DNA. We are not doing this alone, but have a large network of universities, research institutes and competence centers with whom we have embarked on a co-innovation process using an open innovation approach.
What we are interested in is improving the efficiency of production processes and making them environmentally sustainable.
Prima Additive for the university and research institute sector
Find out what we do for the university and research institute sector
In the dynamic landscape of academic research, metal additive manufacturing (AM) stands as a cornerstone for innovation and discovery. Universities and research institutions are at the forefront of exploring and advancing this technology, delving into areas such as material science, process optimization, and the development of novel applications. The primary challenges in this sector include the need for adaptable systems that support experimental flexibility, the ability to customize process parameters for diverse research objectives, and the integration of cutting-edge technologies like Powder Bed Fusion (PBF) and Direct Energy Deposition (DED).
At Prima Additive, we are committed to fostering innovation and supporting the academic community in their pursuit of excellence in metal additive manufacturing. Our solutions are meticulously designed to meet the unique needs of research environments:
- Open parameter systems: our machines offer full "Open Parameter" capabilities, granting researchers complete control over all process parameters. This flexibility is crucial for conducting experiments, developing new materials, and optimizing processes without constraints.
- Advanced technologies: we provide state-of-the-art PBF and DED technologies, enabling the exploration of complex geometries, material properties, and innovative applications. These technologies are essential for pushing the boundaries of what's possible in metal additive manufacturing.
- Collaborative research initiatives: Prima Additive actively participates in numerous research projects aimed at enhancing additive processes, efficiency, design, topological optimization, photonics, and various applications. Our collaborative approach ensures that we stay at the cutting edge of technological advancements, benefiting the broader research community.
By partnering with Prima Additive, universities and research institutions gain access to versatile, high-performance additive manufacturing solutions that empower them to lead in innovation, drive competitiveness, and contribute to transformative change in the field of metal additive manufacturing.
Solutions
Find your ideal solution
To further facilitate the research process on additive manufacturing with the Open Innovation approach, we have created the Prima Open Additive project: a network of companies, universities, and research centers working with Prima Additive in the additive manufacturing technology research.
Our experts can help you identify the solution that best suits your research center. Similarly, Prima Additive not only supplies machines and systems, but also provides its customers and the Prima Open Additive network with all the expertise we have gained to help you identify the best materials and printing methods for your research objective.
Main Applications of Metal Additive Manufacturing for Universities and Research Institutions
Behind every innovation there is a Prima Additive machine
- Prototypes for new robotics and automation systems, facilitating hands-on learning and innovation in engineering education.
- Custom apparatus and equipment for scientific research, enabling unique experiments and investigations.
- Architectural models and prototypes for urban planning and design studies, supporting innovative approaches to sustainable development.
Choose the best material for your application
