Small load electrodynamic testing machine

该应用是一种电动小载荷试验机，配有各种测试工具和力测量单元，用于在增材制造和植入设计领域执行材料和组件测试任务。在增材制造领域，重点是试样和部件的设计相关测试，以及由增材制造的部分纤维增强塑料制成的部件的连接和分层检查。这就需要精确的载荷测量，低至低载荷范围，以及测试工具，如加压板、弯曲夹具和用于圆形和扁平试样的夹爪。静态和循环载荷范围内的测试用于确定模型校准的材料数据和验证模拟模型。这是尽早做出可靠声明并因此缩短开发时间的唯一方法。种植体学研究小组的研究活动集中在以人为本的种植体设计上。肌肉骨骼生物力学模拟与层开发和生物摩擦学研究密切相关，以便能够以整体的方式描述植入物周围环境中的个性化，面向应用的要求。在电动试验机中对植入物的长期行为进行实验性测试是为了验证和满足医疗技术，特别是医疗法律要求。滚动轴承技术工作组的辅助用途是使涂层滚动轴承保持架的初步潜在研究成为可能。

The application is for an electrodynamic small-load testing machine with various testing tools and force measuring units for carrying out material and component testing tasks in the area of design for additive manufacturing and implantology. In the field of additive manufacturing, the focus is on the design-related testing of specimens and components, as well as on the examination of joining and delamination of components made of additively manufactured, partly fibre-reinforced plastics. This requires precise load measurement down to low load ranges as well as testing tools such as compression plates, bending fixtures and clamping jaws for round and flat specimens. The tests in the static and cyclic load range are used both to determine material data for model calibration and to validate simulation models. This is the only way to make early, reliable statements and thus shorten development times. The implantology research group focuses its research activities on the human-centred design of implants. Musculoskeletal biomechanics simulation is closely linked with layer development and biotribological investigation in order to be able to describe individual, application-oriented requirements in the peri-implant environment in an integral manner. Experimental testing of the long-term behaviour of implants in an electrodynamic testing machine is required precisely for validation and to meet medical technology and, in particular, medical law requirements. An ancillary use by the rolling bearing technology working group is to enable initial potential studies of coated rolling bearing cages.