Schaeffler使用塑料3D打印机和粉末床技术的生成制造，用于原型结构，小型系列生产和工具以及固定装置的结构。在与DMG Mori的最新项目中，工程团队正在开发使用激光沉积焊接的小批量材料制成的滚动轴承组件的增材制造过程。自2017年5月以来，DMG MORI的Lasertec 65 3D混合动力车一直是机械基础。
Lasertec 65 3D混合动力车结合了添加剂制造的灵活性和加工的精确性，从而使完整组件的生成制造成品零件质量。
Schaeffler is expanding its in-house area of additive manufacturing to include the powder bed process with the LASERTEC 653D hybrid它来自DMG Mori，它用于生产由金属材料制成的组件。材料的高积累率和高度灵活性显着影响了决定。另外，集成的5轴同时加工可以在单个设置中生产成品零件质量的组件，Schaeffer认为连续生产的潜力。
In their latest cooperation project, DMG MORI and Schaeffler are developing additive manufacturing processes for rolling bearing components made of graded materials in small batch sizes using laser deposition welding.
通过分级材料增加价值
Lasertec 653D hybridis equipped with two powder feeders and enables targeted control of the changeover from one material to another during laser deposition welding. This results in graded materials with a smooth transition between the different material properties. The toughness and hardness of the material can be regulated in the build-up process and optimally aligned to the specific requirements of the individual application.
Schaeffler and DMG MORI are testing suitable materials in the project, with the aim of advancing the development of additively manufactured rolling bearing components in small batch sizes using laser deposition welding.
The use of material gradation here on the LASERTEC 653D hybrid导致令人兴奋的发展机会。例如，磁性和非磁性材料可以通过渐变组合，并根据需要调整到组件的性能。
DMG Mori USA
www.dmgmori.com
Filed Under:3D printing • additive manufacturing • stereolithography,Bearings
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