Dobot is a robotic arm designed for everyday use which can be controlled by a computer, mobile app, gesture input, and even brain waves.
When I hear talk of “mind-controlled super-accurate robot arms with lasers on them,” the first things to flash through my mind are Terminator and Inspector Gadget. But, as one Chinese startup has proven, this tech is a lot more science than fiction.
“We have been life-long hardcore roboticists,” Jerry Liu, CEO of Dobot, said. Last summer,Liu and his team of five Shandong University graduates left their jobs at various Chinese industrial and medical robotics companies to form Dobot. The co-founders’ goal was to build a cheap, precise robotics arm that could be used by hobbyists, educators, and industry alike.
The team spent much of the last year in Shenzhen, building the first Dobot. They designed the device last July, churned out the prototype in October, tweaked and redesigned through the winter, and had a model ready for production by late spring. While they aimed to keep the price as low as possible, the Dobot team didn’t want to settle for anything less than premium accuracy and construction.
“We wanted to build a made-in-China car that would run like a Ferrari,” said Liu. A bit more than a year after Dobot was founded, the team had a working model. Having funded the project to that point with their own savings and $150,000 raised in a seed round, the team decided to launch a Kickstarter campaign on September 15. Their goal was to raise $36,000. Four hours after they posted the project, Dobot had raised more than $50,000. As of publication, the company has raised nearly $180,000, and their campaign isn’t set to end until early November.
Why Dobot took off
Hundreds of Kickstarter backers spent at least $399, the minimum purchase to receive one Dobot device. The company has even seen four particularly passionate observers cash in on the $4,500 Kickstarter option, which includes 10 Dobot robotic arms. Why was there such an outpouring of support for Dobot? If Kickstarter comments are any indicator, the founders were able to tap into an eager pool of robotics programmers, garage-based makers, and tech enthusiasts. Commenters range from scientists looking to automate boring laboratory tests to artists interested in laser etchings.
The Dobot team has also been methodical about personally responding to each question that crops up on its Kickstarter comments page, a move that has surely encouraged buyers who were interested in purchasing the device but wanted a few clarifications. One of the biggest selling points for Dobot is that it is open-sourced and infinitely customizable. It can be controlled by a computer, mobile app, gesture input, and even brain waves. “One of our founder’s expertise was in biosensors, and thought it’d be cool to control a robot with concentration,” said Liu, “It was not hard to implement.”
Dobot is aiming to sell many of its devices to educational institutions. A good number of Chinese universities cannot afford to purchase high-quality robots for students use. Dobot is “a perfect pedagogical tool for learning principles, functionality, and development of industrial robots,” explained Liu.
Dobot will end its crowdfunding round on November 4, and aims to ship orders before the end of the year. The company is also looking for more outside funding. “We will carefully consider funding sources and choose the most compatible investors who share our passion and motivation,” Liu added, “We are engineers who love building robots.”
See Dobot in action:
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