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The article discusses the push for a future in additive manufacturing that is centered on American-made products. It emphasizes the importance of domestic production in the additive manufacturing industry. The content seems to focus on promoting and supporting additive manufacturing within the United States.
The article discusses RAPID 2026, focusing on 6K Additive's plans for domestic metal powders and consolidation. The company aims to enhance the availability of metal powders for additive manufacturing within the U.S. market. By expanding its production capabilities and investing in research and development, 6K Additive seeks to address the growing demand for high-quality metal powders in various industries. The consolidation plan includes streamlining operations and optimizing resources to support the company's long-term growth strategy.
The article discusses PostProcess Technologies' participation at RAPID 2026, focusing on their advancements in post-printing processes for additive manufacturing. PostProcess Technologies showcased their automated solutions for mass finishing, emphasizing efficiency and precision in post-processing 3D printed parts. The company highlighted the importance of streamlining post-printing workflows to enhance the overall production process. Their innovative technologies aim to address challenges in post-processing, such as consistency and repeatability, to meet the growing demands of the additive manufacturing industry.
HP unveiled the MJF 1200, a compact Multi Jet Fusion 3D printer, at the RAPID + TCT event. This new printer aims to make 3D printing more accessible to a wider audience. HP also announced updates to its software and materials, further expanding its capabilities in additive manufacturing. The company continues to innovate in the 3D printing space, lowering barriers to adoption for businesses and individuals looking to leverage this technology.
A new Euler Viewer for Metal LPBF 3D printing has been launched. The viewer is designed to provide a comprehensive visualization of the printing process, enabling users to analyze and optimize their designs. This tool aims to enhance the efficiency and quality of metal 3D printing by offering advanced simulation capabilities. The Euler Viewer is expected to streamline the workflow for engineers and designers working with metal LPBF technology.
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