It is doubtful that anyone could have imagined the technological breakthrough of the three-dimensional printers. Although it is still little more than a toy to most people, this toy is better than Lego blocks, erector sets, fashion plates, and real working Hot Wheels combined. With a little 3D printer filament, the boundaries of potential creation do not exist.
In the beginning few really took notice as this new tech emerged. The first people showing an interest were hobbyists or technology buffs who always seek to get whatever is new for collecting, if for no other reason. In this humble start, even those who created it did not know the unexpected directions it would take, or that it could open amazing doors, but the double side of this knife is all too obvious as well.
Initially hobbyists bought these up and created ornaments for Christmas trees and other general artsy projects. The ornaments suddenly could have solar lights that attached or were part of the object. Then these very artistic yet very average people realized a potential for moving parts, small machines, ornaments that jingle when they strike each other, kept moving by the basic laws of perpetual motion.
As the potential for micro machines became very clear, the leap that erupted from this was something no one could have guessed. As we all know, there is always a percentage of children born with a limb missing. Most often this limb is the hand, and the parents of these children rose out of obscurity when they created moving replacement hands, arms, and feet for their children; printing a series to grow as their child would grow.
As the materials available for these printers have expanded, so have the objects people have learned to fashion from them. Some of the most unique musical instruments ever seen are now just a print away. Many such tools of sound have been based on those we are already familiar with, but some are completely unique creations and there remains only one like them.
With music and robotics covered, naturally the fashion industry would be the next market attempting to push this new toy to the limits of potential. Creative minds who love clothes do not always love to sew. Truly creative minds abhor limitations, and with these printers, there is neither sewing nor limits to what a fashion designer can manifest.
Erupting from this flood of creative flow came yet another unexpected tsunami of potential. The implications of using this type of manufacturing in order to create body parts from stem cells carries a heavy implication that our bodies could one day be self-maintained biological machines, and we can be our own mechanics. This potential for all of us to live longer and better without doctors is heavy.
Manufacturing, robotics, fashion, and medicine all stand to be radically altered a machine that once worked as no more than a scribe. In less than a century, realms of possibility more vast than all potential our ancestors ever could dream for us has suddenly been opened by one of the most simple machines they created. Now we must rethink everything.
In the beginning few really took notice as this new tech emerged. The first people showing an interest were hobbyists or technology buffs who always seek to get whatever is new for collecting, if for no other reason. In this humble start, even those who created it did not know the unexpected directions it would take, or that it could open amazing doors, but the double side of this knife is all too obvious as well.
Initially hobbyists bought these up and created ornaments for Christmas trees and other general artsy projects. The ornaments suddenly could have solar lights that attached or were part of the object. Then these very artistic yet very average people realized a potential for moving parts, small machines, ornaments that jingle when they strike each other, kept moving by the basic laws of perpetual motion.
As the potential for micro machines became very clear, the leap that erupted from this was something no one could have guessed. As we all know, there is always a percentage of children born with a limb missing. Most often this limb is the hand, and the parents of these children rose out of obscurity when they created moving replacement hands, arms, and feet for their children; printing a series to grow as their child would grow.
As the materials available for these printers have expanded, so have the objects people have learned to fashion from them. Some of the most unique musical instruments ever seen are now just a print away. Many such tools of sound have been based on those we are already familiar with, but some are completely unique creations and there remains only one like them.
With music and robotics covered, naturally the fashion industry would be the next market attempting to push this new toy to the limits of potential. Creative minds who love clothes do not always love to sew. Truly creative minds abhor limitations, and with these printers, there is neither sewing nor limits to what a fashion designer can manifest.
Erupting from this flood of creative flow came yet another unexpected tsunami of potential. The implications of using this type of manufacturing in order to create body parts from stem cells carries a heavy implication that our bodies could one day be self-maintained biological machines, and we can be our own mechanics. This potential for all of us to live longer and better without doctors is heavy.
Manufacturing, robotics, fashion, and medicine all stand to be radically altered a machine that once worked as no more than a scribe. In less than a century, realms of possibility more vast than all potential our ancestors ever could dream for us has suddenly been opened by one of the most simple machines they created. Now we must rethink everything.
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