The Future of 'Fab Lab' Fabrication (wired.com)
An anonymous reader shares a report: In 1965, tech pioneer Gordon Moore noticed a trend: The number of components on an integrated circuit was doubling every year. Long story short: The world of bits was transformed. Could the same thing be happening now -- to the world of atoms? Neil Gershenfeld thinks it is. He's the MIT professor who in 2003 helped create the first "fab lab": a roomful of computer-guided fabrication tools, like laser cutters and mills for carving materials, that allows everyday people to create things with a precision normally available only to a Boeing or Siemens.
In 2009, Gershenfeld helped set up the Fab Foundation in part to help people make products they needed that the mass market wasn't providing. It took off. Indian farmers used fab labs to create instruments to verify the quality of milk; a Kenyan engineering student made "vein finder" tools for doctors. By 2016 there were more than 1,000 fab labs worldwide. Then Sherry Lassiter, who leads the Fab Foundation and is known as "Lass," noticed that the global total was doubling every year. It looked just like Moore's law! Now there's Lass' law -- the prediction that the number of fab labs, or such tools, will double roughly every year and a half. Why would this be happening? It's part inspiration (people hear about the labs and want their own) and, as with Moore's law, technical progress: The machinery has gotten cheaper and more digitized. If Lass' law continues, custom fabrication will explode.
In 2009, Gershenfeld helped set up the Fab Foundation in part to help people make products they needed that the mass market wasn't providing. It took off. Indian farmers used fab labs to create instruments to verify the quality of milk; a Kenyan engineering student made "vein finder" tools for doctors. By 2016 there were more than 1,000 fab labs worldwide. Then Sherry Lassiter, who leads the Fab Foundation and is known as "Lass," noticed that the global total was doubling every year. It looked just like Moore's law! Now there's Lass' law -- the prediction that the number of fab labs, or such tools, will double roughly every year and a half. Why would this be happening? It's part inspiration (people hear about the labs and want their own) and, as with Moore's law, technical progress: The machinery has gotten cheaper and more digitized. If Lass' law continues, custom fabrication will explode.
It's a fucking conjecture. Law has an actual definition in scientific terms.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
The rise of the cyber-men!
Moore's Law relied on technological advances in the semiconductor industry to fuel its projected growth. There is no practical or predictable limit on such growth until you run into a wall dealing with fundamental physics.
Lass's Law relies on adoption of a technology by commercial, state, and private entities for its growth---of which there are a limited supply. We are most likely looking at the beginning of an S-curve and mistaking it for an exponential or geometric curve. It is quite conceivable that the market for these devices will be saturated in time.
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According to the latest ruleset, this post should be modded as Vorpal Flamebait +5.
The first "fab lab" was not created in 2003 ffs. That just when some MIT celebrity academic thought up a name for the product of his grant money. This has been going on in many places, long before 2003 and far outside Wired's little bubble, by people Wired wouldn't know how to find or care to speak with.
The number of Moore's Law ripoffs will double each year.
I don't like any of them.
So fabbers consist of structural parts, computer parts, and motors.
Moore's law already applies with the computer parts.
Fabbers can make structural parts for new fabbers.
So the only bottleneck is the motors. Need to work on fabbers than can make motors.
Here in my sleepy little California town, there is a maker space with a full-blown "fab lab". Just the other day, I was talking to a guy who has developed high-precision harmonica combs using some of these tools. He says they're some of the most air-tight ever made and he has a patent. Oh yeah, and they're made of hemp. I love California.
You are welcome on my lawn.
They're just trying to get someone to claim that "Lass is Moore", or that they're "doing Lass with Moore".
Inheritance is the sincerest form of nepotism.
Machinist workshop or more modernly, machine park and it's been a standard since before industrial revolution really got going. Many businesses do nothing else but manufacture custom parts as ordered, some machine parks are part of a larger business but still take outside orders. If you have entire product design there are companies willing to source the parts and manufacture that too.
Jeez, the guy talks as if he came up with something new, when in fact the entire bloody world has operated like that since forever.