SLS cleats on the other hand, I totally 'get'. I've produced SLS prototype housings previously, and they are rigid, tough and robust; I once placed one into a -30°C environmental chamber for 2 hours, then extracted it and immediately smacked it with a hammer on a concrete surface. I expected it to shatter into tiny pieces, but it did not even fracture. 3D SLS is 'good-to-go' for production, but the cost per piece is still pretty high. Can't forget about Engineering Economics to make the market potential get realized.
3D printing Burlesque dresses & Bras and ANY kind of clothing just borders on The Absurd. Reel the fashion-designers back in, before they give this GREAT technology a bad rap. I may sound like an Old Curmudgeon too, but who do you know ANYWHERE that would ever purchase a ridged garment-? Even the flexible rubber-simulants available today would not be a good application. There is No Market potential. The fashion Industry is just trying to make a bold statement of their cutting edge capability. But its not trendy or edgy; Its just Crap. Sorry.
Pubudu, the same could be said of each of the steps in the evolution of a regular paper printer, from dot-matrix, to laser, to ink-jet, to color laser. They are all inexpensive enough now that most householdss have at least one color inkjet, and sometimes several.
Some company is going to roll out the first truly inexpensive, useful (multi-material) retail fabbers exactly the way HP, Canon, and Epson did with color inkjet printers.
It will be only a few short years before people wondered how they got along without a household fabber.
The body parts are pretty amazing, aren't they, Pubudu? I didn't know much about it until I compiled the slide show and am still pretty blown away by what's being done. It is--literally--changing the face of medicine.
Versatile, still I believe that it Is a unwanted investment for a house. What will be the frequency of need those items that you have listed, Still I feel buying those items from outside will be much cheaper than 3D printing.
Pubudu, many items are discarded because they are missing one component. Sure, a board game could be played with a substitute piece, but why not fab an exact replacement?
Have a table that isn't level and is stabilized by a wad of paper? Fab a foot shim that fits exactly, and can be permanently attached.
Reproduce a cabinet handle you saw in an antique store, and fab enough for your entire kitchen.
Set your imagination free.
I let them draw stuff up using SketchUp Make and let them print it out, no matter how it turns out they are amazed watching it work. We should all be letting the kids learn this even at the youngest ages, my kids are 6 and 11 years old.
For industrial control applications, or even a simple assembly line, that machine can go almost 24/7 without a break. But what happens when the task is a little more complex? That’s where the “smart” machine would come in. The smart machine is one that has some simple (or complex in some cases) processing capability to be able to adapt to changing conditions. Such machines are suited for a host of applications, including automotive, aerospace, defense, medical, computers and electronics, telecommunications, consumer goods, and so on. This discussion will examine what’s possible with smart machines, and what tradeoffs need to be made to implement such a solution.