• Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)
  • Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)

Education Robot Arm 4 Axis DOF ​​Dobot Magician Basic Plan (Standard Model)

Education Robot Arm 4 Axis DOF Dobot Magician is designed for teaching robotics. It supports the ROS operating system to learn the basics of industrial robots.

  • Number of cores:4 Axis (DOF)
  • Load weight:500 g
  • Total weight:7.2 kg
  • Working radius:350 mm

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Product Description

The Education Robot Arm 4 Axis DOF Dobot Magician is specifically designed for teaching robotics, providing an ideal platform for students and professionals to learn the fundamentals of industrial robotic systems. It supports the widely used Robot Operating System (ROS), enabling learners to gain hands-on experience with programming, controlling, and integrating robotic arms within complex automation environments.


This versatile robotic arm is suitable for a variety of practical applications, including grasping and moving objects, handling workpieces on conveyor belts, and performing tasks in automated production lines. It serves as an excellent tool for teaching and developing skills in areas such as automation, logistics, STEM education, and smart factory operations.


Product Features



4-Axis High-Precision Robotic Arm
Equipped with 4 degrees of freedom and ±0.2 mm repeatability, the arm delivers stable, precise movements suitable for a wide range of educational and light industrial applications.



Multi-Function End-Effector Support

Compatible with various end-effectors including servo gripper, suction cup, pen holder, and 3D printing kit — enabling hands-on experience in automation, pick-and-place, writing, and additive manufacturing



Educational Software & ROS Support
Fully supports Blockly, Python, C++, and ROS, making it an ideal tool for learning coding, robotic control, and system integration in STEM and smart factory environments.

Product parameters

list

details

Power supply

AC 100–240 V, 50/60 Hz → DC 12 V/7 A

material

Aluminum alloy + ABS

Number of cores

4 Axis (DOF)

Load weight

500 g

Working radius

350 mm

Repeatability

± 0.2 mm

Total weight

7.2 kg

Axis of Motion

4 axes, each axis can move -90°–+90° or -10°–+95°, maximum speed 320°/s (s2ins.com, s2ins.com)

Structure Diagram


Order Process Flowchart

Initial Inquiry
The customer contacts us to request information and states their basic   requirements.

Submit Detailed Information
The customer provides design files, material specifications, quantities, and   any special conditions.

Evaluation and Review
Our engineering team analyzes feasibility and reviews the requirements.

Quotation Preparation
We send a quotation including product details and terms.

Order Confirmation
The customer confirms the order and agrees to the terms and conditions.

Production and Quality Control
Manufacturing begins with ongoing quality inspections throughout the process.

Delivery and Installation
Products are delivered, with installation services provided if agreed upon.

After-Sales Service
We offer technical support, maintenance, and ongoing consultation.


Advantages and highlights of the factory

Designed for comprehensive and easy-to-use education

-Suitable for beginners and professional learners who want to understand robot systems and their practical applications

-Supports a variety of learning, including programming, automation, and working with other technologies such as ROS and SDK

High quality technology and materials

- Made of durable aluminum alloy and ABS, suitable for use in real environments and classrooms

- High working accuracy (±0.2 mm), supporting work that requires precision and stability

Flexibility and Expandability

- Supports a variety of End-Effectors, including Servo Grippers, Pneumatic, Suction Cups, Writing Styluses, and 3D Printing

- Connects and controls via USB, Wi-Fi, and Bluetooth, for increased ease of use and system integration

Full-service and professional support

- Detailed user manual and documentation, with a technical support team and after-sales service that meets all needs

- Support both online and on-site training, and provide advice to enable customers to use the robot to its full potential

Safety and reliability standards

-Tested and certified to industry standards for safe use in all situations

-Stable and secure control system and software, supporting long-term use and future development

Meet the needs of modern learning and Industry 4.0

-Suitable for teaching STEM/STEAM, training robotics skills and preparing for the Smart Factory

-A tool that helps create understanding of automation systems and practical applications in engineering and technology



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