All-in-One Robot Education
A truly cutting-edge robotic arm—it can 3D print, manipulate objects, write and draw. It has a graphical programming environment, multiple tool heads, and the capability to work with the Arduino platform. It’s a robot for your creativity and desire to develop. With Dobot’s exclusive tutorials and lessons, the Magician is the ideal way to learn about robotic arms, hardware development, coding and automation.
Best multi-functional robotic arm
The advantages of high precision (0.2mm) and switchable tool heads allow for many uses: 3D printing, pick and place, write and draw, and more. Combining them brings out even more fun, learning, and creativity through unlimited possibilities. Also, Dobot Magician is the first consumer-grade robotic arm that can 3D print.
Cross-subject learning tool
Dobot Magician is an integration of programming, mechanics, electronics, and automation. It’s a great STEAM teaching device that strengthens knowledge across multiple subjects, through a high precision and user-friendly UI, enjoyable functions, and unlimited developing possibilities. Dobot Magician’s immersive and explorative experience increases interest in science and technology.
Graphical programming environment
Dobot Magician has the most multi-functional robotic arm user interface on the market. In addition to scripting (Python), it also has a graphical programming environment, where you can write codes by simply piling up blocks!
Highly extendable — Makers’ first choice
A standardized end effector port allows you to use and create all kinds of head tools. 13 extension ports cover digital/analog I/O, power source, motor and serial port communication, and API access along communication protocols. With our official developer tutorial, you can DIY your own sensor-based accessories, creating more smart ways to use a robotic arm.
Bringing robotic arms to all desktops
Dobot is a leading robot arm solution provider. Established in July 2015, Dobot has developed three robotic arm products, targeting both consumer and industrial uses.
|Number of Axes: 4||Payload 500g|
|Max. Reach: 320 mm||Position Repeatability (Control) 0.2 mm|
|Communication: USB \ WIFI \ Bluetooth||Power Supply 100 – 240 V, 50/60 Hz|
|Power In: 12 V / 7 A DC||Consumption 60W Max|
|Working Temperature||-10℃ – 60℃|
(250 g workload)
|Joint 1 base||-90° to +90°||320 °/s|
|Joint 2 rear arm||0° to +85°||320 °/s|
|Joint 3 forearm||-10° to +95°||320 °/s|
|Joint 4 rotation servo||-90° to +90°||480 °/s|
|Net Weight||4 Kg|
|Base Dimension(Footprint)||158 mm × 158 mm|
|Material||Aluminum Alloy 6061, ABS Engineering Plastic|
|Controller||Dobot Integrated Controller|
|Packing Size(L x W x H)||307 mm × 224 mm × 330 mm|
|Software||DobotStudio, Repetier Host, GrblController 3.6,|
DobotBlockly (Visual Programing editor)
|SDK(Software Develop Kit)||Communication Protocol, Dobot Program Library|
|Extensible I/0 Interfaces||1) I/O × 10 (Configurable as Analog Input or PWM Output)|
2) Controllable 12V Power output × 4
3) Communication Interface UART, Reset, STOP, 12 V, 5 V and two I/O included
4) Stepper × 2
|3D Printer Kit||Print Size (L × W × H )|
|150mm × 150mm × 150mm|
|Pen holder||Pen Diameter||10 mm|
|Vacuum Suction Cap||Cap Diameter|