AM Software

AM Software is the “fourth power” within the end-to-end AM production cycle, together with hardware, materials and applications. The impact of software on the future of digital production is obvious but perhaps it is not yet fully understood where it is that software can affect and contribute to improve and optimize the future of manufacturing.

All digital production inevitably begins with a CAD (Computer Aided Design) model. Therefore CAD (or 3D modeling) software was the first element to emerge the new industrial revolution. As further proof of this, CAD software companies have been taking off in terms of financial performance since AM began to emerge as a production method. Autodesk, Dassault Systèmes, Siemens, Altair and Ansys, to name a few of the largest companies in this segment, have been booming. At the same time, all these companies have made some very significant investments in AM and DfAM.

DfAM is the second highly relevant way that software impacts digital production. The acronym stands for “Design for Additive Manufacturing” and indicates all those new approaches to product and part creation that are made possible by the virtually endless geometric possibilities opened up by additive manufacturing. These tools, also known by the acronym CAE (Computer Aided Engineering), include parametric first and later generative software tools that are enabling engineers to create an entirely new generation of bio-inspired products, that are lighter, more complex and way more efficient.

Simulation software is necessary to make sure that these new – never seen before – products do perform as they are intended to, while AM software is also necessary to make sure that the AM hardware transforms into real physical products that which was imagined and then translated into a digital product or – as they are increasingly described now – a product’s digital twin. AM-specific CAM (Computer Aided Manufacturing) software is necessary to give a growing number of different systems and technologies the proper instructions to produce a part layer by layer and even voxel by voxel. Then process monitoring software – and a growing demand of artificial intelligence power – is necessary to ensure that this happens without errors.

Once an AM part emerges from an AM machine it needs to move on to the next stations of the end-to-end digital production cycle. These include non-disruptive analysis via 3D and CAT scanning (and software is necessary here as well), part finishing (which requires adequate software and accurately studied design methods) and part handling. All these phases – and all the previous phases need to be controlled and coordinated by AM-specific MES (Manufacturing Execution Systems) software. In fact, the entire lifecycle of the product, from the initial quotation to its final use, can now be digitalized and controlled via PLM  (Product Lifecycle Management) software.

This is the area where the giants of software are squaring off to define the way we will make anything and everything.

Nexa3D makes decision support portal Ximplify available

Nexa3D, the maker of ultrafast polymer production 3D printers, has made Ximplify, an automated 3D printing decision support portal, immediately…

1 hour ago

AM heralding new chapter for fluid flow applications

Making the most of additive manufacturing (AM) is not only about installing the technology. As with anything, the deeper the…

10 hours ago

AMFG and HP compatibility drive AM system connectivity

AMFG, a leading provider of MES software for additive manufacturing, launched a collaboration with HP, a leader in industrial 3D…

21 hours ago

Valuechain’s MES solution now integrates PrintSyst’s AI Engine

Today marks an important milestone in the strategic partnership between Valuechain Enterprise Systems and PrintSyst, upon completing the integration of…

1 day ago

Impact F1, what next-gen, parametric, 3D printed flip flops look like

The ability to leverage parametric online customization tools to create and personalize entire products is embedded in the potential of…

6 days ago

Senvol machine learning to be used for missile application with the U.S. Army

Senvol was awarded a United States Army Research Laboratory (ARL) contract to apply its machine learning software, Senvol ML, to…

2 weeks ago

Authentise integrates nebumind digital twin tool into MES

Authentise, a leader in data-driven workflow tools for additive manufacturing, and nebumind, a provider of visualization and analytics tools for…

2 weeks ago

SHINING 3D serially 3D prints DfAM metal bottle openers using Voxeldance Additive

Feng Tao, the vice general manager of SHINING 3D, first discovered the potential of VoxelDance Additive, a CAD-CAM software developed…

2 weeks ago

Concre3DLab releases VoxelPrint Grasshopper plug-in for concrete 3D printing

Concre3DLab, a research institute embedded within the Department of Structural Engineering (Ghent University) just released VoxelPrint, a new Grasshopper plug-in for…

2 weeks ago

Interspectral releases AM Explorer, visualization software for the metal AM market

AM Explorer is a visualization software package designed specifically for users working with layer-based metal additive manufacturing. Initially developed for…

2 weeks ago