Making Parts That Work

Dassault Systèmes offers an integrated suite of applications for Additive Manufacturing (AM), covering design, manufacturing, and performance. Their platform supports the entire lifecycle, connecting all phases for optimal results.

3DEXPERIENCE® empowers users with generative design, thereby transforming the creation and envisioning of how to produce parts. It seamlessly connects design, materials, and manufacturing processes into a unified digital thread. Moreover, with multiphysics-based simulation, it offers a unified interface that provides access to a wide range of tools for generative design, build planning, virtual printing, and shape compensation. Furthermore, there are several roles for AM and Generative Designs, and we will cover a couple of them below.

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Generative Design with the Functional Generative Designer Role

AM and Generative Design revolutionize how production parts are conceived and produced. Specifically, the Generative Design with the Functional Generative Designer Role uses topology optimization in a single environment. Consequently, it allows for designing parts with guided workflows that automatically generate variations of organic shapes. As a result, users can make informed decisions using physics-based analytics to optimize designs for both performance and manufacturability.

Summary Value

Summary Value showcases the integration of design, manufacturing, and simulation applications within Dassault Systèmes. Available on-premise and in-cloud, these applications offer high-performance computing and visualization. Users can define reusable rules for each workflow step and make informed business decisions with physics-based tools, improving efficiency and effectiveness.

In conclusion, the 3DEXPERIENCE platform integrates design and manufacturing with built-in simulation best practices for additive experts. It automatically optimizes settings for process, part, and build-level analysis, reducing residual stress, improving accuracy, optimizing orientation, and minimizing print time and material use. Post-processing methods like build plate removal, heat treatment, and performance validations are inclusive to ensure part functionality. To learn more, download the brochure.

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