AutoForm Forming 是一款工程软件，旨在模拟和分析钣金成型过程。它主要用于汽车、航空航天和工程行业，用于设计和优化成型作，如拉丝、弯曲、修整等。
AutoForm 是钣金成型和白车身装配工程软件的全球领导者。AutoForm Forming 为您提供一系列软件产品，这些软件产品具有广泛的强大功能，用于钣金工艺和零件的数字化规划和验证。工业4.0
当今的汽车工业高度关注自动化技术的数字化，以实现生产率和生产质量的实质性提高。最终目标是创建一个自主生产环境或所谓的智能工厂。
全工艺数字化
虽然目前在工业4.0背景下讨论的许多概念都集中在生产过程中，但整个产品设计、工程工艺和生产的全面数字化需要一个更广泛、更全面的视角。
数字化三大支柱
成功的数字化需要选择合适的软件、模型和工艺。这些被认为是数字化的三大支柱。这三个支柱代表了数字化工艺的验证、确认和实施。
数字化工艺孪生技术
数字化是行业推动降低成本和交货时间的核心。汽车制造商须要更快地开发，制造须要从一开始就取得成功。工业4.0要求创新的解决方案，这需要流程的数字化转型。…………
DescriptionAutoFormplus R13 – The Next Level of Process Simulation. AutoForm Engineering GmbH, the leading supplier of software solutions for the sheet metal forming industry, has unveiled its latest software version AutoFormplus R10. This release brings tangible benefits and enables users to reach the next level of process simulation.
AutoFormplus R13 enables users to reach the next level of process simulation through a new set of powerful enhancements and functionalities. As a result, users benefit from higher flexibility and efficiency in process set-up and final validation for all forming processes in general and in particular for progressive dies and hot forming.
Cooling channels – tool design, tool temperature and sheet temperature.Blank plan and bend plan: AutoFormplus R13 new functionalities enable users to efficiently plan and simulate (e.g. springback) progressive dies.
Blank plan and bend plan: AutoFormplus R13 new functionalities enable users to efficiently plan and simulate (e.g. springback) progressive dies.AutoFormplus R13 brings advances in process modeling for hot forming as this release allows users to take cooling channels into account. Cooling channels can now be easily modeled with 3D curves and their corresponding diameters. Different cooling channel layouts lead to different temperature distributions on the tool surfaces. Hot spots on the tool surface can be easily detected and controlled depending on the selected layout of the cooling channels.
One of the major highlights of AutoFormplus R13 is the improved planning and simulation of progressive dies. In particular, AutoFormplus R7 supports the following use cases: import of CAD-designed tool geometry for the final process validation, part import for the planning stage and part import for full process engineering, which includes die face generation and simulation. These use cases are supported by new functionalities which enable users to efficiently plan and simulate progressive dies.In addition, AutoFormplus R13 enables users to benefit from AutoForm-Sigmaplus capabilities as all Sigma pre and post processing functionalities are now integrated within AutoForm-ProcessExplorerplus. AutoFormplus R7 software users can now take advantage of Sigma applications – Systematic Process Improvement and Process Robustness. As a result, users can ensure a highly efficient engineering process and robust part production while meeting desired.
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