The 3D printer is a continuing reality
It has been in use for well over a decade, and it's amazing to see that there are more and more uses for these systems every day. But it wasn't always this way.
The first step toward the time of the 3D printer came with a professor at MIT who was working on ways to make microchips smaller, as they were already very small at the time. The idea was to create tiny structures out of plastic instead of silicon chips; this would allow for even smaller computers because plastic was lighter than silicon and could be manipulated easily by computer-controlled machines.
Where did 3D printing begin?
3D printing began in 1981, when inventor Chuck Hull founded 3D Systems, Inc. The company was the first to introduce stereolithography to the market. In 1983, Massachusetts Institute of Technology (MIT) researchers developed a new type of 3D printing called selective laser sintering (SLS). This technique involves using a powder material that is fused by a focused laser beam into a solid object
What is the history of 3D printers?
The history of 3D printers can be traced back to 1981, when Dr. Hideo Kodama invented the first SLA machine. This was the first type of 3D printer ever made and it used a laser to cure the resin at different layers into hardened plastic. In 1984, Steve Wozniak designed and built a $750 machine that could make copies out of polymer clay by using liquid polymer in place of ink for printing on paper.
In 1989, Stratasys released their first commercial FDM printer called Model 1000 which could build parts using ABS plastics. The next year they created another model called Series 1 which was faster than Series 1000 because its head moved up and down instead of side-to-side like Series 1000 did. Both machines were very expensive so not many people could afford them but now many companies sell cheaper versions today!
Take an existing device and make some changes
The first step was to take an existing device and make some changes so that it could be used to build objects in three dimensions. One of the first major successful devices was the Stereolithography Apparatus (SLA).
This machine uses a laser to cure liquid resin into solid plastic, layer by layer. SLA machines are still widely used today because they are very accurate and can produce high-quality prints. They're also expensive and not very portable. Large objects like car parts or furniture may need more than one print, which makes it hard for these machines to be used by home users.
The rapid development of 3D technology
After that, you could have seen some rapid development in 3D technology. In 1984, Scott Crump invented a method of melting plastic filament to create objects called Fused Deposition Modeling (FDM), which is now used by most hobbyist printers today. He formed the company Stratasys with his wife Lisa Crump in 1988 and began selling these machines commercially a year later. Their technology has since been improved upon by other companies, such as Ultimaker, but Stratasys is still one of the leaders in this field.
FDM is a method of creating 3D objects by feeding melted plastic filament through a heated nozzle and laying it down in layers to form an object. It was invented by Scott Crump in 1984 and patented in 1989, and he founded the company Stratasys with his wife Lisa Crump later that year. Stratasys has since sold millions of FDM machines worldwide, making them one of the leading manufacturers in this field today.
People love 3d printer brands and their models
3D printers are like any other technology in that there's no one-size-fits-all machine. Some printers are better suited to a home environment, while others are best suited for big business. Some models have more bells and whistles than others, and some can do things that other machines simply cannot.
The Creality Ender-3 is a great example of this diversity in 3D printer brands and models. The Ender-3 is an open source extrusion printer with a sleek aluminum frame and an LCD display on the control panel that lets you know what's going on inside your printer at all times! If you want something smaller with fewer features but still want quality results, the Twotrees SP-3 V1 may be right up your alley—it has everything you need plus some extras thrown in just for fun!
If you're looking for a machine that will last you for years and years, the Lulzbot Taz 6 is one of the best 3D printers on the market today. This printer's features include auto-calibration, a heated print bed, and an open source software suite! If what you want most out of your printer is simplicity and ease-of-use, then we suggest checking out the Monoprice Select Mini v2.
We're excited to see how these machines will continue to develop over time and what new uses we'll find for them. It's amazing how far they have come since their invention in the early '80s, but it's hard not to feel like there's still so much more we can do with them in the future!