Crain’s New York – A mini-robot business grows in Brooklyn

MakerBot is featured in Crain’s New York today! Wow! They just took the photo yesterday and today it’s up!
Do-it-yourself tech guru Bre Pettis has clung to his dream that people should be able to make whatever they want, so he designed and built a robot that creates plastic product models and parts on a small scale.
As a result, his desktop three-dimensional “printer” ended up becoming a business.
Makerbot Industries has only four full-time employees, but demand for its 3-D printer is so high that the fledgling company has moved from the self-styled “hacker collective” called NYC Resistor in downtown Brooklyn, where it was born, to a 4,700-square-foot industrial space several blocks away.
“Manufacturing is totally awesome, and more people should be doing it,” said the 37-year-old Mr. Pettis, co-founder of Makerbot and a major figure in the DIY (do-it-yourself) movement, which has been snowballing along with the growth of the Web and has enabled consumers to modify or build from scratch a wide array of everyday products.
In addition to the quarterly journal Make and such Web sites as instructables.com and lifehacker.com, the movement has annual fairs in Northern California and Austin, Texas that draw tens of thousands of DIY’ers.
The Makerbot “prints” three-dimensional plastic objects as big as 4 inches by 4 inches by 6 inches. Shoe manufacturers, automakers and architects are among the businesses that use 3-D printers. Prior to Makerbot, most 3-D printers cost between $25,000 and $250,000, but Mr. Pettis’ scaled-down bare-bones machine costs only $750.
Mr. Pettis believes it will usher in an era of “consumer manufacturing.” Thingiverse.com, a Web site Makerbot Industries created to showcase objects made with its device, offers free downloadable design files that allow people to make measuring spoons, bathtub plugs, a shot glass, camera lens hoods, tweezers and eyeglass frames, among other objects.
“When that little knob on your washing machine breaks, you’ll end up using a pair of pliers. But now you can take a measurement, make a model and print it out, and you’ll have a new washing machine knob,” said Mr. Pettis, who’s convinced that “people are going to build businesses on this machine.”
If the Makerbot is purchased in kit form, it has to be bolted together and some cables need to be plugged in. Users control the 3-D printer’s output via modeling files that can be purchased or are free that define the object’s dimensions. Coils of a spaghetti-like plastic are fed into the machine, which takes up a little more than a cubic foot on a desktop. The Makerbot currently uses two types of plastic: ABS, which is also used to make Legos, and HDPE, which is milk jug plastic. The company will soon offer coils of PLA, which is made from corn and is biodegradable.
So far, some 200 Makerbots have been sold. One was purchased by the Willoughby and Baltic Electronics Lab, a hacker/artist/inventor space in Boston. The lab expects to use its Makerbot to produce small parts for competitive robots called sumobots, according to its executive director, Meredith Garniss.
At fabbaloo.com, which tracks developments in 3-D printing and desktop manufacturing, the Makerbot has been hailed for “blowing open” the hobbyist end of the market.
Others are helping the Brooklyn startup gain attention. In June, Makerbot Industries was one of two local companies to win a free booth at the CES consumer technology trade show in Las Vegas early next year.
Mr. Pettis started Makerbot Industries with Zak Hoeken Smith and Adam Mayer, two other hackers/DIY makers from NYC Resistor. When the new company signed a lease for its manufacturing space, it was apparent that the landlord is a science fiction buff. A clause in the lease requires that “all robots made in this space must follow Asimov’s three laws of robotics.” For those not familiar with the great sci-fi writer Isaac Asimov’s work, those strictures require that robots follow orders, refrain from injuring humans, and protect their own existence.
“We were rolling on the floor laughing,” says Mr. Pettis of the lease requirement.
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5 Comments so far
Shane
i was wondering can a maker bot make a maker bot just wondering if it could someday make its own circut board
Adam
Yes, Shane…someday.
Makerbot is a spinoff of the RepRap. See reprap.org
Both are intended to be able to reproduce itself. To some degree.
As for the circuit boards…it looks like lost plastic molding using a metal or a high temp plastic will be necessary for dealing with heat issues. Albeit experimental at this point.
Makerbot is based off the Darwin v1.0 platform. Mendel is v2.0. With Mendel, more things are reproduce-able and a greater possibility for circuit printing exists. Also, it appears (again, experimental) the Mendel platform can be scaled up, allowing larger parts.
NochDguir
my question is can maker bot handle AutoCad Inventor and Solid-works part and assembly files. As an engineer major i have been using inventor for over a year and prefer it for 3d modeling. i know there are powder/resin 3d printers that are inventor/solid-works compatible ( my college just purchased one last semester i can’t wait to use it) but would makerbot and reprap understand “.iam/.ipt” files? or even “”.idw”
OlhoNaTV
It’s so…
Rich
NochDguir:
I am also interested in the answer to this question because I am an engineer and I do a lot of designs in Inventor that I would like to have a physical prototype of. In college we had a 3D printer that used powder and glue. To use it, I had to save my Solidworks files as *.stl extensions so that I could upload it to the printer software. If you look on Thingiverse.com many of the parts that people have uploaded are *.stl files. This would imply that it is compatible with Inventor which allows you to save as an stl. The only issue with this is that the stl is a simplified (blockier) version of your original part so if you have many small features they may not show up very nicely on the 3D print. Hope my rant was helpful,
Rich