Design equipped with grippers resembling human hands.
Ready to use 4-axis robotic arm based on the Arduino Mega. It geatures high quality stepper motors allowing you to obtain high precision and repeatability of movements of 0.2 mm. Thanks to that it can be used for engraving and 3D printing with an appropriate attachment. Works with a load up to 500 g. In the training mode the...
Extremely easy to use robotic arm with a payload up to 1.5 kg. The device can be controlled with USB or wirelessly via Bluetooth with a smartphone app, etc. With the simple mechanism of replacing tips, the robot can perform many functions such as laser cutting or 3D printing.
Extremely easy to use, ready to use right after taking it out of the box, the robot's shoulder with load capacity up to 0.5 kg. The device can be controlled, in particular, from the USB port or wirelessly, using wi-fi or Bluetooth, for example, with a smartphone and applications. Thanks to the simple mechanism of replacing tips, the...
Extremely easy to use, ready to use just after taking it out of the box, the robot arm with load capacity up to 0.5 kg. The device can be controlled, i.a. with USB or wirelessly via Bluetooth, for example, with a smartphone and applications. Through the simple mechanism of replacing tips, the robot can perform many functions.
Slider is designed for robots from the Dobot Madician series. It is 1 meter long. It allows you to extend the reach of the robotic arm. It enables the execution of projects taking up a large area: moving from point A to point B, large range of writing, engraving, drawing, etc.
Arm of the robot for self-assembly, equipped with 6 servos. There is also a special controller Braccio in the form of cap over the Arduino and the necessary mounting elements. The device is powered with 5 volts, consumes a maximum current of 5 A.
Robotic arm for self-assembly for the Raspberry Pi. The device was developed for children and adults to teach technology, engineering, and programming. Control of the arm is carried out using the joysticks, located on the board or you can learn to program Raspberry Pi for this purpose. The arm is blue. The set does not contain minicomputer Raspberry Pi.
Set for creating a robotic arm for the Pololu Romi chassis. The arm is equipped with 3 servos to adjust the height of the gripper, control over it and the gripper's blades. They are all specially modified, providing access to a feedback potentiometer that allows you to control all three compounds.
A kit for making a mini gripper with a maximum distance of 32 mm. Set also includes a micro servo that was specially modified with an extra wire, providing access to the feedback potentiometer, so you can track the actual position of the gripper's blades.
Set of hardware platform for development of visualization system of robots. Along with Dobot Magician provides integration of video surveillance and robot automation systems. With this system you can also conduct research on vision, simulate artificial intelligence algorithm or develop industrial applications based on the image. The kit includes...
Vision Camera Kit is a visual software development software package created together by uArm and OpenMV. It is a completely open control algorithm that makes uArm capable of being developed accoridng to your imagination and creativity.
Metal hand of the robot for self-Assembly are compatible with the Raspberry Pi. The set was designed for children and adults to science, technology, engineering, and programming. Managing boom works with Bluetooth or wi-fi. Shoulder in blue. The set does not contain minikomputera Raspberry Pi.