Enabling Precision and Compliance in Research

The research sector is at the forefront of adopting additive manufacturing, leveraging its versatility to accelerate innovation across a wide range of disciplines. Researchers utilize AM as a powerful tool for rapid prototyping, custom equipment fabrication, and the creation of experimental apparatus, enabling scientists and engineers to push the boundaries of their fields with unprecedented speed and flexibility. In addition to using AM as a tool, there is significant research dedicated to advancing additive manufacturing itself. This includes exploring new materials, developing innovative processes, and enhancing existing technologies. Research into AM aims to optimize printing techniques, improve material properties, and integrate advanced monitoring systems to achieve higher precision and reliability. For both applications—using AM in research and researching AM technologies—the qualification and certification of AM processes are essential. Establishing quality-assured AM processes ensures that research findings are reliable and reproducible, which is fundamental for scientific advancement. Adhering to international standards such as ISO/ASTM 52920, which outlines requirements for establishing quality-assured AM processes and production sites across all technologies, helps maintain consistency and credibility in research outcomes. Qualified AM supports research institutions by providing qualification services that align the AM capabilities with these international standards. Whether it is the utilization of AM for the innovation in a given field or conducting research to advance AM technologies themselves, we help ensure that the production processes meet rigorous quality criteria. Enhance the reliability of experiments and contribute to the advancement of additive manufacturing technology through high-quality, reproducible research.