Explore our article, “Enhancing Metal Additive Manufacturing with Spectroscopy,” and see how spectroscopic technology sets new standards in quality and efficiency for metal 3D printing.
Unlocking Precision with Optical Emission Spectroscopy
Metal additive manufacturing, often called metal 3D printing, builds high-strength components layer by layer—ideal for creating intricate parts across industries like aerospace, medical, and automotive. Yet, this high-energy process comes with its challenges, including the need for real-time quality control to address issues like thermal deformation and material waste. This article explains how Optical Emission Spectroscopy (OES) enables manufacturers to monitor these processes, reducing defects and ensuring each print meets the highest quality standards.
University of Brussels Case Study
An exciting highlight of this article is a case study from the University of Brussels, where Avantes spectrometers were integrated into a Directed Energy Deposition (DED) printing head. By analyzing the light emitted from the melt pool, researchers developed a non-contact control system that identifies and mitigates defects like oxidation in real time. This groundbreaking work illustrates the power of OES in reducing material stress and enhancing production efficiency. Click here to read the case study.
Discover the Future of Metal Additive Manufacturing
Dive into the full article to understand how spectroscopy advances metal 3D printing technology and learn about Avantes’ empowering spectrometer solutions, such as the AvaSpec-NEXOS. Fill out the form below to download the PDF and see how Avantes is helping manufacturers achieve precision, reduce waste, and drive innovation in additive manufacturing.
Article Additive Manufacturing
Never miss any news!
Like to stay up to date about our latest news and application notes? Sign up for our monthly newsletter.