Spherical/Polar robotic arm. This robotic arm operates within a spherical envelope. This is achieved when a combination of one linear joint, two rotary, and one rotational joint. It is also connected ...

The Saros Z70’s arm is “the first-of-its-kind mass-produced foldable robotic arm with five axis,” according to Roborock. Called the OmniGrip, it can unfold, extend, and twist horizontally ...

You can pre-order the robot on Kickstarter, where prices start at 119 euros ($127) for a four-axis mini kit. The full Niryo One experience starts at 549 euros ($587) or a bit more if you don’t ...

Mirobot 6-axis mini robot arm 1:59 pm July 30, 2019 By Julian Horsey If you are looking for a robot arm to help with small-scale assembly you may be interested in a new six axis robot arm called ...

It's time to build the robot arm for the Really Useful Robot. This is part 4 of of the Really Useful Robot Project. Thanks to ...

5 thoughts on “ Sixi 2, An Open Source 3D Printable 6 Axis Robot Arm ” TheWizard says: October 28, 2019 at 11:22 am Just what the doctor ordered. Another flimsy, slow, robot arm. Report ...

Building a seven axis industrial robot arm in your home workshop is no small feat yet the robot arm is looking fantastic even in its development stages. Watch this video on YouTube.

Shoppers can get the WLKATA Mirobot 6-Axis Mini Robot Arm in two configurations: the Educational Kit, including the arm in all its six-axis splendor; or the Professional Kit, which includes ...

Do you remember the MX3D metal printing robot? It’s now capable of 3D printing a metal bridge. Here’s the news release, but it’s in Dutch (translated). Over one year ago we covere… ...

In a conventional robotic arm, engineers need to program a driving force for each direction (along the x-axis, y-axis, or z-axis) it wants the arm to move in. These forces are usually powered by ...

The five-axis robot arm unfolds from the top of the vacuum. It can extend and twist, in a bid to remove obstacles from its path and pick up laundry items weighing less than 300 grams.

NASA’s next trip to the moon will explore its south pole, an area that gets even colder than Mars. So scientists need a robotic arm system that can function in temperatures as low as minus 280 F.