Smart multi-discipline engineering approach to develop the next generation smart devices, with a tight integration of electronics within the same part structure
角色
全面的多学科工程一体化解决方案
可持续的数字化转型不仅是产品满足市场预期的关键,也是实现许多新技术创新的核心。这种复杂性必须通过可追溯性来谨慎处理,以满足安全性、法规合规性和可靠性的要求。解决之道就是使用一种独特的多学科、多三维数据类型的数字样机,其允许机械、电气、流体和仿真工程师基于单一真实数据源进行协作。
借助达索系统的 3DEXPERIENCE 平台,我们的客户可以通过统一真实数据源和实时协作体验真正的数字化连续性。这使他们能够简化工作,将更多宝贵时间都花在其最擅长的领域上:开发突破性技术以实现前所未有的创新,设计和制造业界一流的机械产品。
制造业人才短缺,而疫情使这一情况进一步恶化。随着制造知识的缺失,工程师需要更出色的工具来评估可制造性。
无论零部件是塑料、复合材料还是其他材料,CATIA 都可以进行设计。其可支持各种制造流程,包括注塑成型、铸造、冲压、钣金、焊接以及 3D 打印。此外,成本估算也有助于确定最佳的生产方法。
紧固件是产品开发流程不可或缺的一部分。在 A-VE、智能城市等当前市场趋势的推动下,系统的复杂性与日俱增,直接影响到产品开发。传统的产品设计和制造方法无法赶上市场快速发展的步伐。
3D体验平台可通过 CATIA 的三维紧固件设计应用(定义和管理)为紧固件的定义/管理、仿真和制造提供端到端的一体化工程解决方案。
CATIA 多学科工程 软件产品以角色的形式打包在 3DEXPERIENCE 平台上,以便让您更快上手,并更高效地使用所有所需的应用,尽在您的指尖。选择一个与您在组织中的角色相对应的套餐。
Smart multi-discipline engineering approach to develop the next generation smart devices, with a tight integration of electronics within the same part structure
角色
Improved design capabilities to provide more robust and accurate packaging with a seamless integration between design and manufacturing
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Optimize development cost for complex structural assemblies in marine and offshore from basic to detail design up to drawing creation
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Accelerate Tire Design utilizing simulation results to define advanced and complex Mechanical Surfaces. Replace physical prototypes with realistic visualization
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Boost team creativity & efficiency, to Imagine, explore, capture and reuse more sophisticated designs and complex patterns, with generative algorithmic Design
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Valuate, analyze and respect, Weight and Balance Metrics and Targets, in 3D configured product definition, in collaboration with weight manager.
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Investigate a 360° view of the Weight and Balance metrics throughout design phases and monitor convergence to deliver performant innovative products.
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Master in 3D the convergence of the Weight, the Center of Gravity and Inertia of your entire configured product definition to reach 1st class performances.
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对我们而言,关键在于要在制造成本与轻量化性能之间找到一个理想的平衡点。而虚拟模型与真实生产流程的整合,正是实现这一目标的核心借助 CATIA 这一强大工具,我们得以输出覆盖全流程的制造数据——大到详尽的 3D 模型,小到每一项精准的工装参数。
Designed in CATIA and presented in 3DEXPERIENCE. I’ll share the machining progress and the first T0 mold trial in my next post.CATIADassault SystèmesDassault Systemes Solutions Lab3DEXPERIENCE LabThank you to Dassault Systèmes and Fabio Ballari for your support.CATIA 3DEXPERIENCE environment Mold Design Reverse Engineering CATIAChampions
CATIA USER COMMUNITY
An FDM prototype was produced during the project to check the part’s form and dimensions before mold design. The mold was designed in CATIA and reviewed in 3DEXPERIENCE. MOLD DETAILS• Two-plate injection mold with a cold runner system• Two symmetrically arranged cavities• 10 lifters to release the part’s undercut features• Runner system adjusted after analysis to improve material flow MOLD MAN
CATIA USER COMMUNITY
Spring-loaded hood handleThis handle is designed for ease of installation.Designed using CATIA software.Manufacturing process:Cutting, bending, and assembly using rivets, screws, and nuts.
CATIA USER COMMUNITY
与 CATIA 专家交流,了解我们的解决方案如何在各种规模的企业中实现无缝协作和可持续创新。
面向学生、学术机构、专业人士和企业的课程与培训现已开放。找到适合您的 CATIA 培训。
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