AdditiveLab

Our goal with AdditiveLab software is to provide an open platform to enable solving all sorts of complex problems. One complex problem that we were requested...

For me as one of the main developers of AdditiveLab software, I am always interested to validate our software's performance with real manufacturing cases. Fo...

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AddtiveLab is the most customizable AM simulation software available. This short video below shows a demo where the AdditiveLab python API is used to analyze...

Today the 4th Workshop on Metal AM hosted by KU-Leuven ended after a great series of presentation on metal Additive Manufacturing. Besides several topics on ...

Facilitate mechanical, thermal and thermo-mechanical macro-layer simulation as well as detailed micro-scale simulations with the full access to Python API. L...

This video allows a glimpse into the AdditiveLab Python API.

Simulation of Additive Manufacturing (AM) processes is not a new topic anymore. Particularly in larger companies, AM simulation has become an integral part o...

The Belgian 3D Print Magazine is a renowned online magazine focusing on trends and news in the 3D printing industry focused on Belgium’s Flanders region. Dis...

The workflow for Additive Manufacturing (AM) simulations can be quite simplified. In AdditiveLab for example, AM simulations of part-support configurations c...

AdditiveLab’s melt pool simulation can be utilized to investigate the influence of different machine settings on melt pool geometry. This can ensure that mat...

This video shows a transient thermal simulation of two different scanning strategies with AdditiveLab.

A quick demo to show you the look and feel of AdditiveLab software.

In Metal Additive Manufacturing (AM) a moving heat source continuously introduces heat to melt material in a layer-by-layer fashion. Over time, heat starts t...

Metal-deposition Additive Manufacturing (AM) uses a complex thermo-mechanical process to produce a wide variety of parts and applications. In a layer-by-laye...