Not really.
I imagine as the technology progresses 3d printing will become much faster and more profitable.
Sure and that will make things easier lowering the cost per unit and but still won't get the benefit of economies of scale. At the end of the day, if you get a printer to produce 10 parts per run, and you need 1000 parts per run to deliver to customers, you will still need 100 machines and every part you produce will cost the same.
Nowadays you can make injection molded parts with moving pieces using non compatible chemistry and once you're past design and machinery, price quickly craters to the point these parts effectively cost cents. This is something 3d printing will never be able to do- the only cost you get to dilute is part design and you get some savings on facility running costs, etc.
And as the technology gets better and more efficient, part price will come down and 3d printed products will be more feasible for a range of products, but you can't beat economies of scale for mass market consumer goods.
Some say there's a future for bespoke consumer goods, as in you go to the shop and you just don't buy the hair drier that's on the shelf, you get to chose the design and it gets printed on the spot. and the 3d printed parts get assembled with the entrails at the shop. And so on. Who knows, we'll see how things happen.