Case Studies & Validation


Distortion Compensation

July 10, 2017


What is it? Distortion Compensation is an exaSIM™ feature that enables Additive Manufacturing (AM) users to rapidly predict how their parts will distort during the build process and provides a compensated model for users to build. Distortion compensation reduces the

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America Makes Success Story

May 22, 2017


An America Makes Success Story Developing a Robust Distortion Prediction and Compensation Software Tool Reduced Product Development Time by 75%


Part Accuracy Prediction

May 15, 2017


What is it? exaSIM™ is a predictive simulation tool that enables Additive Manufacturing (AM) users to rapidly understand how their parts will distort during the build process without the need to perform multiple trial and error iterations of a physical

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Support Structure Generation

May 15, 2017


What is it? exaSIM™ is a predictive simulation tool that enables Additive Manufacturing (AM) machine operators to rapidly optimize their support structures for AM fabrication to minimize the occurrence of blade crashes and support structure failure. In short, exaSIM saves

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Design for AM

May 15, 2017


What is it? exaSIM™ is a predictive simulation tool that enables Additive Manufacturing (AM) designers to rapidly optimize their designs for AM fabrication without the need to perform multiple trial and error iterations of a physical build. In short, exaSIM

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Orientation Tech Brief

May 15, 2017


What is it? exaSIM™ is a predictive simulation tool that enables Additive Manufacturing (AM) practitioners to rapidly understand how to optimize part orientation for AM fabrication without the need to perform multiple trial and error iterations of a physical build.

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