Unlock Peak Productivity: Maximize OEE in Additive Manufacturing with EOS & Materialise Software Integration
In the rapidly evolving landscape of additive manufacturing (AM), achieving operational excellence goes far beyond simply investing in state-of-the-art machines or sophisticated software. True success hinges on the seamless integration and harmonious collaboration between these two critical components. Even the most advanced hardware and cutting-edge software solutions can fall short of their potential if they operate in silos, leading to stalled productivity, inefficiencies, and untapped potential. The definitive answer to this prevalent industry challenge lies in the intelligent utilization of shopfloor data: not merely collecting raw performance metrics, but actively interpreting this information and dynamically adapting workflows to foster continuous improvement and unlock genuine productivity gains.
A cornerstone metric for evaluating manufacturing efficiency and identifying areas for enhancement is Overall Equipment Effectiveness (OEE). This powerful benchmark quantifies the percentage of genuinely productive manufacturing time, offering a comprehensive view of operational performance by focusing on three core components: Availability, Performance, and Quality. An aspirational OEE score of 100% signifies an ideal scenario where production yields only perfect parts (representing 100% quality), at the absolute maximum speed (indicating 100% performance), and entirely without any unplanned interruptions (guaranteeing 100% availability). While this level of perfection serves as the ultimate long-term goal for every manufacturer, the immediate and most pressing question for those in additive manufacturing is: what concrete, actionable steps can be taken to embark on the journey toward achieving such profound levels of efficiency and significantly boost their OEE?
EOS connectivity allows users to optimize their additive manufacturing workflows through data-driven insights.
Understanding these critical challenges and paving a clear path toward higher efficiency is precisely the focus of our upcoming, highly anticipated webinar: Manage Your Production alongside Shopfloor Data—Maximizing OEE with EOS Connectivity. This essential online session is scheduled for Tuesday, October 7th, 2025, from 4:00–5:00 PM CEST. During this webinar, we will meticulously explore how the advanced capabilities of EOS additive manufacturing machines, when synergistically paired with Materialise’s industry-leading software solutions, can unlock a new paradigm for AM production — one that is smarter, more scalable, and inherently more sustainable. This event is designed for production managers, engineers, and AM specialists who are eager to optimize their operations. Attendees will gain invaluable insights into connecting their physical machines with sophisticated digital workflows, implementing robust automation strategies for increased throughput, and leveraging comprehensive data analytics to make truly informed, data-driven decisions that significantly boost their OEE. The session is structured to be interactive and highly informative, concluding with a dedicated 15-minute live Q&A segment where participants can engage directly with our expert speakers.
This pivotal webinar will be expertly guided by industry thought leaders from two of the additive manufacturing sector’s most established and influential players: Materialise and EOS. Materialise stands as a true pioneer in 3D printing software and services, boasting an impressive track record of over 25 years of experience in supporting diverse industries, ranging from critical healthcare applications to demanding aerospace projects. Their deep expertise in software innovation has consistently pushed the boundaries of what’s possible in digital manufacturing, enabling complex designs and streamlined workflows. Complementing this, EOS is globally recognized as a leading provider of high-performance polymer and metal AM solutions, renowned for its unwavering commitment to responsible, end-to-end manufacturing excellence and its robust, reliable machine platforms. Together, these two powerhouses bring an unparalleled depth of expertise in successfully integrating advanced hardware with intelligent software to drive tangible, real-world innovation in additive manufacturing. Their collaborative approach addresses critical pain points in the AM production cycle, providing solutions that enhance efficiency, reduce waste, and improve overall output quality. If your objective is to significantly improve your Overall Equipment Effectiveness (OEE) and transform your AM production capabilities, securing your spot for this free, insightful webinar is an absolute must. Register now by clicking HERE to secure your place.
Why OEE is Crucial for Additive Manufacturing Success
Overall Equipment Effectiveness (OEE) is far more than just a metric; it’s a profound indicator of manufacturing efficiency and a comprehensive roadmap for continuous improvement, especially within the complex and often individualized world of additive manufacturing. OEE breaks down productivity into three fundamental pillars: Availability, Performance, and Quality. Understanding and meticulously optimizing each of these components is vital for maximizing throughput, reducing operational costs, and ultimately boosting profitability in AM. Availability accounts for all time the machine is scheduled to run but is not, including both planned (e.g., maintenance, setups, material changes) and unplanned downtime (e.g., breakdowns, unexpected material jams). In AM, reducing non-productive machine time through proactive maintenance, efficient scheduling, and quick troubleshooting directly impacts availability. Performance measures how quickly the machine operates compared to its ideal speed, considering factors like slower build speeds necessitated by complex geometries, specific material requirements, or sub-optimal process parameters. Optimizing build parameters, real-time monitoring of machine health, and robust process control are key here. Finally, Quality focuses on the percentage of good parts produced versus total parts started, identifying losses due to failed builds, design flaws, post-processing errors, or inherent material imperfections. By rigorously measuring and analyzing OEE, AM facilities can accurately pinpoint bottlenecks, identify root causes of waste, and ensure their advanced equipment is consistently operating at its most efficient and productive potential, leading to a significant return on investment.
Bridging the Gap: The EOS and Materialise Integration Advantage
The persistent challenge in industrial additive manufacturing often lies in effectively connecting the physical world of machine operation and part production to the digital realm of data, software intelligence, and strategic decision-making. EOS machines are universally renowned for their robust construction, exceptional precision, and unparalleled ability to produce high-quality, repeatable parts across an extensive range of sophisticated polymer and metal materials. However, unlocking their full, transformative potential requires intelligent control, comprehensive data management, and seamless integration into a digital ecosystem. This is precisely where Materialise software solutions come into play. Materialise provides a comprehensive suite of industry-leading tools for data preparation, sophisticated build process management, and robust machine connectivity. When these advanced software capabilities are intricately combined with EOS’s cutting-edge hardware, the result is a powerful and synergistic ecosystem. Critical data from EOS machines – ranging from granular sensor readings and environmental conditions to real-time build progress and material consumption – is meticulously captured, intelligently analyzed, and then utilized by Materialise software to provide highly actionable insights. This powerful synergy enables manufacturers to monitor their AM operations in real-time, anticipate potential issues before they cause costly downtime, optimize build parameters for specific geometries or materials with unprecedented accuracy, and automate repetitive tasks for enhanced efficiency. The net result is a highly efficient, responsive, and exceptionally reliable additive manufacturing workflow that directly translates into significantly improved OEE across all three pillars: greater machine availability, enhanced operational performance, and superior part quality, ultimately driving higher profitability and innovation.
Meet Our Distinguished Speakers
Christophe Blanc is an accomplished Technical Business Development Manager whose career is deeply rooted in the intricate fields of additive manufacturing and industrial process quality assurance. Since 2017, he has been a highly influential member of the TC/261 Committee for Additive Manufacturing, playing a pivotal role in the significant development and standardization of the DIN SPEC 17071. Christophe’s journey in the AM industry commenced in 2011 at the prestigious Fraunhofer Institute, where he specialized in the nascent field of 3D bioprinting, laying the groundwork for his extensive knowledge in both the technical and quality aspects of AM. Until 2021, his expertise also extended to serving as a diligent auditor for ISO/ASTM 52920, further cementing his comprehensive understanding of quality control and regulatory compliance in advanced manufacturing. Today, his primary focus encompasses strategic customer engagement, meticulous business process optimization, and the creation of highly customized software solutions tailored to specific industry needs. With his profound knowledge spanning market analysis, technical implementation, and standardization, Christophe Blanc is a key contributor to the advancement of software-driven production processes within additive manufacturing. As an esteemed advisory board member, he actively applies his invaluable expertise to help shape industry standards and champion innovation across the entire AM landscape. Attendees of the webinar will benefit immensely from his deep understanding of standardized processes and quality assurance, which are absolutely crucial for maximizing OEE in real-world AM environments.
Rüdiger Herfrid serves as the distinguished Product Manager for software products at EOS GmbH, widely recognized as the world’s foremost technology provider in the field of additive manufacturing. In his current, impactful role, Rüdiger masterfully oversees the strategic development and comprehensive lifecycle management of EOS software solutions for both polymer and metal systems, with a particular emphasis on critical products such as EOS Build for efficient build preparation and EOS Smart Monitoring for real-time process oversight. He is instrumental in pioneering and shaping innovative software business models that are specifically designed to offer EOS customers unparalleled flexibility in crucial areas like data preparation and precise process control, all seamlessly integrated with readily available and optimized process parameters. Furthermore, Rüdiger actively drives the expansion and growth of the robust EOS software ecosystem, providing essential support to partners through the implementation of open software interfaces (APIs) that foster greater connectivity and innovation. A graduate with a degree in Mechanical Engineering from the Technical University of Munich, Rüdiger brings an impressive tenure of over 20 years of experience in demanding product management roles at globally recognized international software companies, including industry giants like Autodesk and Adobe. His deep insights into software integration, intelligent monitoring, and data-driven process control will be invaluable for attendees looking to enhance their OEE and achieve smarter production.
Marco Schürg holds the crucial position of Team Manager Additive Minds Metal at EOS GmbH, a global leader in additive manufacturing technology. In his current capacity, Marco expertly leads the dedicated team responsible for both application engineering and highly specialized consulting services for metal systems. His team plays a pivotal role in supporting customers, guiding them through the complex process of developing high-value applications and successfully transitioning them into full production utilizing advanced EOS technology. Marco’s comprehensive work spans a critical bridge between pre-sales and post-sales activities, encompassing everything from strategic business development and insightful customer consultations to managing complex pilot projects, delivering advanced training, and meticulous process optimization on EOS machines. Moreover, Marco is a key architect in shaping scalable workflows designed specifically for industrial additive manufacturing, ensuring that customers can consistently achieve reliable part quality and superior productivity across an extensive range of demanding applications and materials. His practical experience in optimizing metal AM processes for industrial scale production, coupled with his focus on end-to-end solutions, will offer attendees crucial, real-world strategies for boosting OEE and driving successful implementation.