Surface Filters: Made Better with Additive Manufacturing

Filters are used in many applications to remove contaminants from a fluid or granular mixture. Whether these contaminants are rust or dirt in a fuel line, molten steel before casting, or just coffee grinds in your morning brew, the general objectives and mechanisms are the same. Block particles of size while minimizing the disruption of the flow which carries them.
In this nTop Live, Yuki Okada, Technical Marketing Engineer at nTopology, shows you how to create a workflow where you can create multiple design iterations of a surface filter. He built a reusable workflow to apply perforating patterns of different shapes in a fully controllable way on any surface filter geometry.
Watch and learn how to:
- Create a reusable workflow to apply perforation patterns in nTop
- Use field-driven design to control essential design parameters
- Apply custom perforation patterns on any filter geometry
Here is the link to the blog on 'How to Design High-Performance for Additive Manufacturing'
► ntopology.com/blog/designing-...
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nTopology was founded in 2015 to enable engineers and designers to create any geometry - no matter how complex - and to meet the requirements of high-performance products.
Our software is used from research through production to create breakthrough processes and products for the aerospace, automotive, medical, and consumer industries.
Customers depend on nTopology’s generative design capabilities to take full advantage of new hardware, optimize parts where performance is critical, overcome design bottlenecks, and augment their traditional CAD, simulation, and engineering software stack.

[@nolan29]

Can you post a link to the project files? Also for the volumetric example from the blog post. Thanks!

[@iBlue0riginal]

It's nice and all, but what does it cost? Please don't answer "upon request", as that means I cannot afford it.