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Innovative weaving technology for the integral fabrication of complex customized implants

机译：用于复杂定制植入物的整体制造的创新编织技术

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摘要

Within the scope of the IGF-funded research project, the ITM has succeeded in developing a CAD-supported process chain for the transfer of patient data into complex woven tubular implant structures. Due to beneficial developments in structural and weave design as well as engineering advancements in the field of jacquard shuttle weaving technology, complex stent grafts can be manufactured in integral design. Their compliance with required standards for the approval of stent graft implants and their high complexity in terms of different diameters, windows, and the Y-branch shape, show the great medical and technical potential of these integrally manufactured structures. The solutions derived from these results include the generation of control programs for weaving machines from 3D CAD data sets as well as the integral fabrication with high reproducibility. Hence, SMEs in the textile industry are enabled to flexibly develop medically relevant, highly complex implant and prosthesis structures, as well as innovative products, e.g. for com- pression and muscle support in the sports and leisure sectororthe integration of sensory and actuator components in composites.
机译：在IGF资助的研究项目的范围内，ITM成功地开发了将患者数据转移到复杂的编织管状植入物结构中的CAD支持的过程链。由于结构和编织设计的有益发展以及提花梭式织造技术领域的工程进展，可以以整体设计制造复杂的支架移植物。他们遵守所需标准，以批准支架移植植入物以及在不同直径，窗户和Y层形状方面的高度复杂性，显示了这些一体制造的结构的巨大医疗和技术潜力。源自这些结果的解决方案包括从3D CAD数据集编织机器的控制程序的产生以及具有高再现性的整体制造。因此，纺织工业中的中小企业能够灵活地发展医学相关，高度复杂的植入物和假体结构，以及创新产品，例如创新产品。对于体育和休闲部门的肌肉支持和肌肉支持，在复合材料中的感官和执行器组件的整合。

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  • 来源
    《Technische Textilien》 |2020年第5期|E166-E168|共3页
  • 作者

    Ronny Bruenier; Philipp Schegner; Gerald Hoffmann; Dilbar Aibibu; Chokri Cherif;

  • 作者单位

    Institute of Textile Machinery and High Performance Material Technology (ITM) TU Dresden Dresden/Germany;

    Institute of Textile Machinery and High Performance Material Technology (ITM) TU Dresden Dresden/Germany;

    Institute of Textile Machinery and High Performance Material Technology (ITM) TU Dresden Dresden/Germany;

    Institute of Textile Machinery and High Performance Material Technology (ITM) TU Dresden Dresden/Germany;

    Institute of Textile Machinery and High Performance Material Technology (ITM) TU Dresden Dresden/Germany;

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