逐步以消费者为中心的个性化医疗手段，需要医疗器械和设备进行富有创新的设计和制造。 我们的解决方案在获得监管部门批准或在生产过程中，能够愈加快速、轻松地提供更新和改进。 认识到您的设计、研发和制造环境将会生产出尖端的医疗器械，可以让您信心百倍地实现快速创新。
NX 可以愈加快速、轻松地处理扫描数据，因为可以在各下游流程（如 3D 打印和虚拟临床试验）使用并对其进行修改，无需大量返工。 这意味着客户可以在远少于以往的时间内扫描解剖结构，并基于此建立医疗设备模型。 NX 是集 CAD/CAM/CAE 于一体的解决方案，可以执行从扫描数据到成品所需的每项任务。
逐步以消费者为中心的个性化医疗手段，需要医疗器械和设备进行富有创新的设计和制造。 我们的解决方案在获得监管部门批准或在生产过程中，能够愈加快速、轻松地提供更新和改进。 认识到您的设计、研发和制造环境将会生产出尖端的医疗器械，可以让您信心百倍地实现快速创新。
NX 可以愈加快速、轻松地处理扫描数据，因为可以在各下游流程（如 3D 打印和虚拟临床试验）使用并对其进行修改，无需大量返工。 这意味着客户可以在远少于以往的时间内扫描解剖结构，并基于此建立医疗设备模型。 NX 是集 CAD/CAM/CAE 于一体的解决方案，可以执行从扫描数据到成品所需的每项任务。
Convergent Modeling is a brand new modeling paradigm which greatly simplifies the ability to work with geometry consisting of a combination of facets, surfaces and solids, without the need for time-consuming data conversion. The first technology of its kind, it enables engineers to optimize part design for 3D printing, speed up the overall design process and make reverse engineering a far more common and efficient practice in product design
Once the scanned data is in NX, it can be used and modified for various downstream purposes, such as 3D printing and virtual clinical trials, where a device can be test-fit in the virtual environment before the design is finalized.
The medical industry is experiencing increasing personalization in the medical field, including patient-specific structures. This drives a need for CAD models that conform to anatomical structures. This requires existing structures to be scanned into 3D, after which the model is built around them.
NX with Convergent Modeling makes working with scanned data much faster and easier because it can be used and modified without extensive rework. This means that a client can scan an anatomical structure and build a model of a medical device based on it in much less time than before. By using a design tool that can easily modify scanned-in data, they can complete their designs more quickly and accurately.
Use of Simcenter 3D for motion and finite element analysis, in an integrated process managed with Teamcenter, helped engineers ensure that a larger nozzle won’t hit launch-pad structures during lift-off.
See all Success Stories如何帮助企业解决医疗器械设计复杂问题？
观看此视频，了解 Polar Electro 公司如何通过努力提高效率、加快开发周期和把控产品不同变型来攻克复杂性和连通性之类艰巨难题。
如今的医疗器械企业和供应商必须应对电子和机械领域不断增加的产品复杂性。困难何在？医疗器械的复杂和个性化程度如此之高，以至产品设计师们完全没有犯错或浪费的余地。为了保持行业敏捷性，产品工程师和制造商必须采用全面的平台来推动创新和加快上市速度。 NX 软件可以提供新一代医疗器械设计，助力用户将创新...
在医疗行业经历大量快速变化的年代，医疗器械制造商享有大量机会，但也面临着巨大的挑战。 医疗器械在改善患者护理方面的重要性日益提高，同时也变得更加小巧、互联、智能和用户友好。 现在的难题在于，如何高效地设计并制造这些复杂设备，从而应对严苛而不断变化的监管法规和不断增加的医疗成本。 体验此交互式信...
