AMCM GmbH has announced the integration of its EOSPRINT software with PanOptimization's PanX, marking a significant advancement in the industrial metal additive manufacturing (AM) sector. This integration promises to embed physics-based simulations directly into the production workflow, a crucial development as metal AM matures as a fully industrialized production technology.
What Happened
AMCM's integration of EOSPRINT with PanX represents a pivotal step towards standardizing physics-based simulations in metal AM. The collaboration allows for seamless optimization of thermal management and build strategies before production begins. Tobias Petzinger, Application Specialist at AMCM GmbH, highlights the importance of thermomechanical simulation in counteracting overheating and thermally induced distortion, especially for large and complex applications manufactured on AMCM’s M 4K and M 8K machines. The integration enables PanX to read an openjz file from EOSPRINT, extracting essential build setup information and incorporating high-fidelity printer-specific data for accurate simulations. This process not only reduces setup time but also enhances model accuracy, making simulation more accessible to design and manufacturing engineers.
What This Means for Your Business
For businesses involved in metal additive manufacturing, this integration offers a streamlined approach to incorporating simulation into production workflows. The ability to predict and optimize build outcomes before production can lead to significant cost savings by minimizing trial-and-error iterations. This is particularly crucial in high-value part production where reliability and performance are non-negotiable. Integrating PanX with EOSPRINT also aligns with the industry's shift towards more sophisticated, data-driven processes, potentially improving ROI by reducing errors and accelerating production timelines. Additionally, this development may influence procurement strategies, emphasizing the need for systems that support advanced simulation capabilities.
What US Operators Should Watch
US operators should monitor the adoption and performance outcomes of this integration closely. As more companies integrate such advanced simulation tools, expect increased pressure to adopt similar technologies to remain competitive. Keep an eye on potential updates from AMCM and PanOptimization regarding further enhancements and compatibility expansions. As the industry moves towards a standardization of simulation in metal AM, staying informed on regulatory and compliance impacts, such as changes in CMMC or NIST requirements, will be essential for maintaining competitive positioning.
Source: http://www.ManufacturingTomorrow.com/news/2026/09/15/amcm-integrates-eosprint-with-panx-to-advance-physics-based-simulation-for-industrial-metal-am/28196. Read the original story ->
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The integration of advanced simulation capabilities in metal additive manufacturing aligns with the need for software engineering and digital modernization in the industry. By leveraging modern technologies, companies can enhance their production workflows and improve efficiency.
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