Painting robot arm automatic four-axis collaborative robot children’s intelligent drawing robot with motor

Accurate “little painter” (motor drive): the built-in stepper motor or servo motor is the key. They allow the robotic arm to control the direction and lifting of the pen with an accuracy of ±0.2mm and draw coherent lines.

2. Flexible “wrist” (four-axis collaboration): with 4 degrees of freedom (4 axes), it can simulate human arms to complete complex movements such as front and back, up and down, left and right and wrist rotation, and the strokes are more flexible.

3. Intelligent “brain” (program control): With software, you can control it through mobile phone apps, graphical programming and even AI generation to realize remote painting.

🎨 Various functions: What can it do?

· Painting and writing: I can not only draw simple strokes and portraits, but also write Chinese characters or English neatly, which plays a role in character practice.

· AI face recognition: The high-end model is equipped with a camera, which can automatically extract facial features after taking photos to generate and draw exclusive portraits.

· Voice interactive teaching: accompanied by voice explanation when painting, it can teach children to read, read, and even tell stories to improve the fun of learning.

· STEAM programming learning: supports Python and other programming, which is an excellent teaching tool for learning robot control and code logic, and can participate in science and technology competitions.

· Multi-function expansion: replace the brush, install the laser head to become a small engraving machine, and install the claws to play with the robot.

🎁 Main function: What can it bring?

· Stimulate interest and creativity: Turn boring code into visible pictures and intuitively feel the charm of technology, which is especially suitable for children’s scientific enlightenment.

· Auxiliary enlightenment teaching: For children, it can help them master the correct grasp of the pen; for students, it is a physical carrier to understand mathematics and physics knowledge.

· Low-cost scientific research platform: desktop-level design is safe and portable, and most of them are open source, which is suitable for students to carry out secondary development or scientific research verification.