3dpguy

1. Keep him away from vending machines.

2. Stay in tourist hotels.

3. Ride a bullet train.

4. For Disneyland, prepare. See if they have fast pass and use it if they do. If you want to eat there at anywhere worthwhile, plan 1.5 years ahead.

5. Travel outside of Tokyo.

6. Stay in tourist hotels. Look on Amazon for best Tokyo travel books, and choose the one they specify is the best.

7. Go to a different theme park.

8. Better look into tickets and lodging.

9. You're welcome.

Within this century, an average middle-class person may be able to afford a machine that could print things at home that they would want to wear or use. Today that person could make a crappy shoe in low-cost FDM machine and put shoelaces in it, but a pair of uncomfortable sandals is not the same as a nice pair of running shoes. To print consumer goods like that, you would need not only the automation and technology that could fit in a small spot in the home, but you would need raw materials that the machine could use, and probably there would need to be advances in chemistry, etc. Baking is different, though. Affordable 3D printing in a home kitchen should be much sooner, as that tech is already here.

So, if the immediate future is not having printers in the home to make any product, where would those be?

UPS moved boldly recently and got into 3D printing: https://www.theupsstore.com/print/3d-printing

I like what they are trying to do, but it doesn't work like that. The typical customer doesn't have the experience or resources available to design a part to be printed correctly, and then after that for the part to be finished as it should be to meet the specifications they've defined.

The immediate future is really all about the manufacturing companies that know 3D/additive and have the money and experience to blend those technologies with other manufacturing technologies in different niches. One company won't be able to produce cakes, shoes, and rocket parts anytime soon. But one company could produce satellite parts along with the parts for the printers and other factory equipment to make the cakes and shoes; another might just print the cake, another might print the shoe, but not all the parts of the shoe. That all happens today. Later, maybe a manufacturing company could print a whole satellite, a whole shoe, and print a cake and ship it without any human intervention.

I work in Additive Manufacturing and 3D Printing.

The printers we use are not in the price range you stated. Those that money can buy cost several tens to few hundred thousand USD range.

We have many printers. Some have been around 15-20 years and others were manufactured less than a year ago that run much faster. We several different additive and 3D technologies with many materials, configurations, methods of part analysis, methods of build file preparation, methods of building, and methods of processing and finishing parts.

Our older machines still run beyond specifications provided by their manufacturers. Experienced people maintain them and keep them in an near-ideal environment. In every part of the process, experience with the machines and process is essential to producing quality parts. Most companies fail when they think that they can just "print parts" on their own. It doesn't work like that, even with some of the latest promises from machine manufacturers.

If you want to invest in the sector, and you can take on the risk, that is up to you. As a short-term investment it might or might not be a great investment, depending on news that comes up here and there that get people's attention. But, most in the sector believe that 3D printing and additive manufacturing will be transitioning from a historic phase of primarily producing prototypes and small batch parts into a production phase. That's not a forward looking statement for a single company or companies; it's a reality across the sector. Customers want that, and it will be provided.

Be aware, especially as an investor, that the reality of the market is not what you see:

Imagine all of the large companies that need to make parts and iterate on part designs quickly, some of which that could neither be machined nor made by hand. That's current reality.

Then imagine large companies that want printers constantly dedicated to making parts for them over and over, being able to iterate on design without stopping to change anything out. That's possible now, but many aren't doing it yet.

Now imagine most consumers expecting everything that they buy to be tailored specifically to their needs. Those products would have properties and behavior that would seems magical compared to today's. That's where we're headed within our lifetime.