You may have seen us post about our product design work in EEG (Electroencephalography). But what is EEG?
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We are collaborating with our client CGX and Avid to experiment with a new flexible material for MJF 3D printing.
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Using publicly available NIOSH data we have created a 3-D library of head sizes for our client, CGX, and our design team.
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Previously, we wrote about designing for additive manufacturing, and how it requires a change of mindset to be most effective.
In this post we are exploring a major advantage of designing for additive that illustrates how a flexible mindset can have huge benefits for design and production. That advantage is the non-assembled part.
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What is it like to design and manufacture a product completely using additive manufacturing (3D printing)?
For the product to be successful, your design and engineering team needs to know HOW to design for additive manufacturing. This does not only mean they must be familiar with the different constraints of each additive process, although that is important.
Truly taking advantage of additive manufacturing requires a change of mindset.
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The CGX Quick-32r EEG headset design is the result of a rewarding yearlong collaboration between Catalano Design (industrial design), Kelly Design and Development (mechanical engineering), and CGX.
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This video is just a fraction of the prototype parts we made during the development of the new CGX Quick-32r EEG headset.
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Do you have complex human factors issues to solve for a product? Is your product development team using digital twins? A digital twin is a virtual model of a something that exists in the real world, be it a physical product or service. When linked directly to its real world counterpart, often via data-gathering sensors, a digital twin can diagnose problems, guide a user through a procedure, and even gather data that can lead to new solutions. An example
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