Intact.Additive

Intact.Additive offers high fidelity QA solutions that tightly integrate physical testing with simulation from ground up to leverage both the scalability of simulation and accuracy of physical testing.

Intact.Additive is poised to deliver the long-sought after solutions to simulation-based verification, validation (V&V) and quality assurance (QA) in additive manufacturing (AM). Finally, you can assess manufacturability and performance of AM materials, structures, components, and processes – in situ, directly on native representations of geometry and materials, be it 3D printed geometries, complex lattice structures, G-code scan patterns, heterogeneous materials, or process induced properties. Intact.Additive offers high-fidelity QA solutions that tightly integrate physical testing with simulation from ground up to leverage both the scalability of simulation and accuracy of physical testing.

 

Features

  • All-in-one simulation platform for standard and customized AM workflows, from process scans to part performance
  • Incorporate generative designs, lattices, G-code, slices, CT scans, material tests, and process data
  • Handle any complexity (design, process, scale) without meshing, simplification, and other simulation pre-processing bottlenecks

 

 

 

 

What can Intact.Additive do for my organization?

In addition to powerful typical workflows in Intact.Additive (see below), partner with Intact Solutions to rapidly develop and deploy custom simulation workflows for your applications. With Intact.Additive, your process physics, models, and data seamlessly fuse together to inform and guide the full spectrum of AM activities, from design and manufacturing to testing and V&V tasks.

 

Sample workflows that we have developed for our partners

1. Design Validation for DfAM Workflow

DfAM is focused on light-weighting, part consolidation, and printability. But will the generated G-code perform as intended? Intact.Additive can accelerate DfAM by rapidly simulating the performance of the new designs by directly analyzing the native geometry (Brep, Implicit, Voxel, G-code, etc.) without any expensive and manual pre-processing.

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