Frankfurt/Germany, November 14, 2016 – EOS, the worldwide technology and quality leader for high-end solutions in the field of Additive Manufacturing (AM), will exhibit its latest AM and software solutions at the formnext trade show in Frankfurt, Germany. These will include a scalable EOS Shared Modules concept to optimise all stages of the AM build process, the integrated manufacturing software EOSPRINT 2.0 as well as EOSTATE Exposure for the real-time monitoring of the build process. Following the motto “Shaping the Future of Manufacturing", EOS will exhibit in hall 3.1, booth G70 from November 15 to 18.
Additive Manufacturing is a key element for current and future production lines and is increasingly finding its way into serial production. Scalable and automated production, as well as a seamless integration of AM into existing production environments, are the challenges companies are facing. With its new integrated and modular solutions, EOS offers a clear response to this development and helps companies as a reliable partner to achieve the next level of industrial 3D printing.
Dr. Tobias Abeln, Chief Technical Officer (CTO) at EOS: “The goal is to integrate AM technology wisely and efficiently into existing and future production lines. Our customers are facing topics such as quality of parts, quality control, scalability, automation and total cost of ownership in this context. We address these challenges with EOS solutions, and make sure that companies can put industrial 3D printing to successful use."
EOS Shared Modules: A flexible and automated solution for integrated production
In combination with the new, high-productivity four-laser system EOS M 400-4 for manufacturing metal parts on an industrial scale, EOS will present its Shared-Modules concept for the first time at formnext 2016. The extremely flexible and scalable concept consists of several peripheral modules and allows DMLS production (Direct Metal Laser Sintering) to be integrated in industrial manufacturing. Automated peripheral modules and transport logistics ensure an efficient supply to several metal systems from the EOS M 400 generation. This means that all set-up, unpacking, transportation and sieving actions can be carried out independent of, and parallel to, the AM build process. Users profit from a high degree of flexibility and scalability: No matter if for one or several systems, Shared Modules has been designed to meet current and future developments. Selected pilot customers with very demanding requirements are already using individual components from the EOS Shared Modules concept.
EOSPRINT 2.0: faster and more reliably from the idea to the product in series production
With its EOSPRINT 2.0, EOS offers a comprehensive AM CAM environment for engineers who want to fully leverage the benefits of Additive Manufacturing with production-ready design. EOS has integrated numerous improvements and addressed customer requirements in the latest version, particularly in the field of operability. This makes the initial steps of the actual AM build process easier. Also, users increase their productivity in construction. Experienced developers also profit from the new EOS ParameterEditor module as part of EOSPRINT: intuitive in its handling and with a large tool set – for example new exposure strategies can be developed, that offer greater freedom for application-specific parameter optimisation and help improve the part quality.
EOS cooperates with Siemens and Autodesk on EOSPRINT to further improve the user experience:
- The integration of the EOSPRINT software into NX™, Siemens' flagship solution for integrated computer-aided design, manufacturing and engineering simulation (CAD/CAM/CAE), targets companies wanting to take full advantage of additive manufacturing. Based on this integration, users work in one single software system, in which they can experience and optimise their product ideas before starting the AM build process.
- Users of Autodesk Netfabb 2017 can now select EOS systems for data preparation in the Workspace Manager and send build jobs directly to the EOS systems via the EOS OpenJob Interface of EOSPRINT. What's more, for the simulation of the AM build process with metal Netfabb users can select and use the matching values for EOS materials directly.
All of these measures enable companies to manufacture additively in series faster and more reliably with EOSPRINT.
EOSTATE Monitoring Suite: quality assurance thanks to holistic monitoring solutions
EOS extends its EOSTATE Monitoring Suite for quality assurance and process development in metal 3D printing by the new tool EOSTATE Exposure. This solution, consisting of a special camera and the EOSTATE Exposure software, can be used for the intelligent, real-time monitoring of the AM build process since it analyses the melting and cooling behaviour of the complete melt pool. Indicators that provide feedback on possible sources of errors can therefore be detected automatically and evaluated by the user. In this way, companies can draw conclusions about the quality of the part built and ensure a traceable and constantly high quality of the parts.
EOSTATE Exposure supplements the EOS monitoring solution EOSTATE MeltPool that is already available. These solutions make up the EOSTATE Monitoring Suite together with applications for system and powder bed monitoring. With its Monitoring Suite, EOS addresses the high requirements on quality assurance that companies especially in the aerospace or medical sectors have to satisfy.
EOS is the global technology and quality leader for high-end solutions in the area of additive manufacturing (AM). The company, which was founded in 1989, is a pioneer and global leader in the area of direct metal laser sintering, and also a provider of a leading polymer technology. For these industrial 3D printing processes, EOS offers a modular solutions portfolio that consists of systems, software, materials, as well as technical and AM consulting services. EOS is the partner of choice for industrial AM-based production, and provides long-term solutions for industry. Customers using these solutions are able to take advantage of light-weight structures, cost reductions based on functional integration, product customization and accelerated product development and production.