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EOS in the Press

Here you will find media articles and reports on EOS – the innovative market leader in the field of Additive Manufacturing.
| WhaTech

3D Printing Materials market analysis to 2023 illuminated by new report

The rising need for 3D printing is attributed to the growing adoption of additive manufacturing in different industries such as automotive,...market are Stratasys Ltd., 3D Systems Corporation, The ExOne Company, EOS GmbH Electro Optical Systems, Koninklijke DSM N.V., Arkema Group,

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| Automatie PMA

Define. Design. Produce – volwassenheid AM-industrie centraal tijdens RapidPro 2019

Op 13 en 14 maart 2019 organiseerde Mikrocentrum de 9e editie van vakbeurs RapidPro in het NH Conference Center Koningshof te Veldhoven....duidelijk in het congresprogramma en tijdens de keynotes. Zo gaf Güngör Kara (EOS GmbH) aan 3D-printen te zien als nadrukkelijk onderdeel

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| Forbes Middle East

His Bosses Rejected His Idea. Then Hans Langer Became A Billionaire From His Plan For Giant 3-D Printers

Tucked away in the forests of Bavaria, in a building that once housed the printing presses for the Frankfurter Allgemeine Zeitung...what to do at all. In one of its consulting projects, EOS worked with Daimler Group’s EvoBus, Europe’s largest bus manufacturer, to figure

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| Information Technology Intelligent Software

Piace l’innovazione aperta di Additive FVG Square

Lo spazio condiviso per la sperimentazione della stampa 3D industriale di Friuli Innovazione continua ad attrarre nuovi visitatori Giuseppe...di formazione e sperimentazione attraverso l’utilizzo di una macchina EOS M290, l’ultima frontiera della stampa 3D industriale della casa

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| 3ddayin

可用于选区激光烧结的纳米增强聚合物复合粉末的制备技术

好的结合力,然后浸入水中去除造孔剂后,将剩余的松散块体进行粉碎,获得良好界面结合的片状石墨烯及IF-WS2与PEEK的复合粉末,如图3。采用EOS的P800高温选区激光烧结设备进行工艺实验,结果显示,获得的烧结单层具有光滑的表面[4],表明这种复合粉末可用于选区激光烧结,制备具有

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| 光电新闻网

研究人员用选区激光烧结的方法制备复合材料

导读: 新加坡南洋理工大学的研究者们采用化学吸附的方法制备了碳纳米管涂覆PA12及TPU复合粉末,采用选区激光烧结的方法制备了一系列具有较好强度、延伸率的复合材料。好的结合力,然后浸入水中去除造孔剂后,将剩余的松散块体进行粉碎,获得良好界面结合的片状石墨烯及IF-WS2与PEEK的复合粉末,如图3。采用EOS的P800高温选区激光烧结设备进行工艺实验,结果显示,获得的烧结单层具有光滑的表面,表明这种复合粉末可用于选区激光烧结,制备具有优异性

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| 光电新闻网

研究人员用选区激光烧结的方法制备复合材料

导读: 新加坡南洋理工大学的研究者们采用化学吸附的方法制备了碳纳米管涂覆PA12及TPU复合粉末,采用选区激光烧结的方法制备了一系列具有较好强度、延伸率的复合材料。好的结合力,然后浸入水中去除造孔剂后,将剩余的松散块体进行粉碎,获得良好界面结合的片状石墨烯及IF-WS2与PEEK的复合粉末,如图3。采用EOS的P800高温选区激光烧结设备进行工艺实验,结果显示,获得的烧结单层具有光滑的表面,表明这种复合粉末可用于选区激光烧结,制备具有优异性

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| 南极熊3D打印网

可用于选区激光烧结的纳米增强聚合物复合粉末的制备技术

文:晏梦雪,田小永...好的结合力,然后浸入水中去除造孔剂后,将剩余的松散块体进行粉碎,获得良好界面结合的片状石墨烯及IF-WS2与PEEK的复合粉末,如图3。采用EOS的P800高温选区激光烧结设备进行工艺实验,结果显示,获得的烧结单层具有光滑的表面[4],表明这种复合粉末可用于选区激光烧结,制备具有

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| 南极熊3D打印网

可用于选区激光烧结的纳米增强聚合物复合粉末的制备技术

文:晏梦雪,田小永...好的结合力,然后浸入水中去除造孔剂后,将剩余的松散块体进行粉碎,获得良好界面结合的片状石墨烯及IF-WS2与PEEK的复合粉末,如图3。采用EOS的P800高温选区激光烧结设备进行工艺实验,结果显示,获得的烧结单层具有光滑的表面[4],表明这种复合粉末可用于选区激光烧结,制备具有

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| Forbes

His Bosses Rejected His Idea. Then Hans Langer Became A Billionaire From His Plan For Giant 3D Printers

On a late-winter morning, it is quiet inside the cavernous space as workers install lasers and wiring in machines that are taller than a...the 3-D printing world, who started the company that produces these machines, EOS GmbH, 30 years ago. “I was able to see that we could open

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