Possibly, but it sounds really far from ready to be actually used from this vid.
Manually sandblasting away parts that aren't inked... will take lots of human time in the current state. Human time is worth more than machine time, with the required skill to operate something for specificity.
With a well dialed in professional grade printer, I didn't see anything displayed that cant be done with additive in its current state... I can see the carbon or glass sheets ending up far more expensive.
I get the part strength, wear capabilities, and ductility, amongst other characteristics. For some one off unique things, it could be pretty great.
I like the tech, it is interesting in its own right and is a unique version of 3d printing... I just don't really see it as a 3d printing disruption.
That part is hyperbole.
This type of post processing is already standard for this class of manufacturing. The ability to manufacturer parts which can't otherwise be milled is a game changer. Though they are not the only ones offering solutions in this space.
I’m thinking high end race parts. Fast, strong, impossible to machine even. Not cheap. Still. Full carbon organic shaped motorcycle frame, swingarm, headgear at only a few lbs…
Exactly my point on one off unique things, requiring these specific characteristics.
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