I was blown away with the latch concept I saw. That is both an awesome gadget as well as a practical mechanism. To extend that concept, can magnets be printed in such a way that consistent motion on a parallel plane to the magnets be performed without friction (can things hover, locked into a two dimensional plane)?
In a vastly unintelligent analogy - it would be like a version of air hockey where the elements of play never touch the surface of the field without excessive force being applied?
tr0n4210 karma
I was blown away with the latch concept I saw. That is both an awesome gadget as well as a practical mechanism. To extend that concept, can magnets be printed in such a way that consistent motion on a parallel plane to the magnets be performed without friction (can things hover, locked into a two dimensional plane)?
In a vastly unintelligent analogy - it would be like a version of air hockey where the elements of play never touch the surface of the field without excessive force being applied?
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