The Danish Technological Institute and nTopology collaborate to bring further innovation to the European market

18 Mar, 2021

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DTI demonstrated that a cutting tap for cutting threads could be topology optimized. This one is supposed to be used for offshore windmills, so weight is a critical factor when being helicoptered to the platform and carried to the top. Image courtesy of DTI.

DTI demonstrated that a cutting tap for cutting threads could be topology optimized. This one is supposed to be used for offshore windmills, so weight is a critical factor when being helicoptered to the platform and carried to the top. Image courtesy of DTI.

At the end of 2020, the Danish Technological Institute (DTI) and nTopology joined forces in a new collaboration about topology optimization.

At the end of 2020, the Danish Technological Institute (DTI) and nTopology joined forces in a new collaboration about topology optimization. DTI is already a Danish market leader in Additive Manufacturing, but unlike many of the other players in the market, they also have extensive experience in design, construction, and consultancy.

With the possibilities offered by nTopology, DTI will be able to combine their Additive Manufacturing experience and expertise with the capabilities of software-based design optimization to an even greater extent – and realize some truly unique designs that can only be made with Additive Manufacturing.  

This is DTI’s biggest metal printer – the SLM 500. It has four lasers, and everything (printing, vacuuming, and powder recycle) is handled in a closed environment. Image courtesy of DTI. For instance, DTI specializes in significantly improving designs in terms of weight optimization and thermal properties, and the collaboration will boost these efforts, both for commercial assignments and state-of-the-art R&D projects. One example is the newly started Easy-E initiative, where thermal topology optimization is used for energy optimization of a variety of industrial products, thus aiding the green transition.

“The Danish Technological Institute is already a front runner in Additive Manufacturing, but with topology optimization, we’re able to take the technology to the next level and design products that are truly optimized for their purpose – and that can only be manufactured with AM. In this process, the nTopology software is a valuable tool that helps us achieve the desired optimization in terms of e.g. weight, strength, and efficiency,” says Thomas Westersø, consultant at the Danish Technological Institute.

Working with DTI will showcase the capabilities of nTopology in an industrial Additive Manufacturing context, just as it will assist DTI’s clients in unleashing their full potential through computer-driven design optimization – thereby helping them to stay ahead of the curve. 


Industrial 3D printing of titanium nozzles used for cookie dough extrusion – these are used for vanilla wreaths. Image courtesy of DTI.  

 “We are excited about working with DTI and look forward to having our software used on their most pressing and revolutionary projects. Our collaboration will continue, and we will be highlighting it throughout the year with webinars, blogs, and more – so stay tuned,” says Duann Scott, VP of Marketing at nTopology. 


This article was first published on the nTopology blog.

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