nTopology is a software company building the next generation of engineering design tools for advanced manufacturing. Our award-winning software, nTop Platform, enables engineers to take their product development workflows to the next level. It is trusted by industry leaders and innovators in the aerospace, automotive, medical, and consumer industries to create breakthrough products and processes. Our users depend on nTop Platform to meet high-performance engineering product requirements, generate parts with optimized and complex geometry, automate and scale their design processes from concept to production, and overcome design bottlenecks where traditional CAD tools fall short.
Aerojet Rocketdyne engineers optimized a key component of their Reaction Control System (RCS) quad thruster using additive manufacturing. Not only is the new space engine part 67% lighter, but it also contributes to the reduction of the overall production cost of the thruster by 66%
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This article shares lightweighting application examples from the automotive, aerospace, heavy machinery, medical, and sporting goods industries for your inspiration.
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Lightweighting isn’t a new concept in engineering, but its relevance and importance are evolving. Find out why lightweighting matters today and how you can maximize its potential benefits by applying the latest developments in engineering design technology.
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Impact Footwear is a startup that developed the first customizable flip flop sandal with three different pressure zones that is manufactured-on-demand with SLS 3D printing.
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The engineers of DMG MORI’s ADDITIVE INTELLIGENCE team redesigned the Robo2Go head for additive manufacturing using nTopology. The new design is 62% lighter, has 60% fewer components, and improves the handling precision of the robot by a factor of 16x.
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Puntozero redesigned the cold plate of the power electronics of Dynamis PRC’s electric race car for additive manufacturing. The result was a 25% lighter liquid-cooled heat sink and bioinspired flow guides that increased the heat transfer surface area by 300%.
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