I think the nature of everyday items would have to change for 3D printing to compete. For example, imagine a technology that scans your body in 3D and then makes that shirt you like, but with its dimensions customized to the dimensions of your body.
Clothing sizes today are a messy approximation of what people actually want. It's a compromise between the ROI possible in a mass-production, mass-transport world, and the perfect fit.
News and music used to be produced and distributed like clothes--centralized production of a limited number of product options, which are then shipped to lots of people. Today people can completely customize their news and music consumption through a wide variety of dynamically personalized channels.
Personal manufacturing can do the same thing for tangible goods. But the current "3D printing" technology, which is extremely limited in terms of materials, size, durability, etc.
The point is that it is unlikely that machine would exist in your house. You'll still get clothing from the same company, shipped or in store, they'll just manufacture it differently. This is a big deal, but again, it's unlikely that the means of production will distribute because of simple efficiency gains through specialization.
Even if you go full science fiction and have a machine that perfectly rearranges the atoms and you can buy specific atoms (a la Diamond Age), the guy who has a deal on bulk atoms needed to make a shirt will make it cheaper than you will make it in your kitchen on your maker.
Clothing sizes today are a messy approximation of what people actually want. It's a compromise between the ROI possible in a mass-production, mass-transport world, and the perfect fit.
News and music used to be produced and distributed like clothes--centralized production of a limited number of product options, which are then shipped to lots of people. Today people can completely customize their news and music consumption through a wide variety of dynamically personalized channels.
Personal manufacturing can do the same thing for tangible goods. But the current "3D printing" technology, which is extremely limited in terms of materials, size, durability, etc.