Modou Assembly Programmable Intelligent Robotic Arm

Modou assembly programmable intelligent robotic arm is a STEM educational programming robot designed by our company for teenagers aged 7-14. It integrates mechanical engineering, electronic control and programming learning. Its core function is to complete various tasks through electric remote control of the robotic arm. It is also compatible with Lego blocks and supports free assembly and expansion. It aims to cultivate children's spatial thinking ability, logical programming ability and hands-on practical ability.

Materials and electronic components

Materials

Main structure: ABS engineering plastics are used, which have both lightweight and high strength characteristics to ensure the stability and durability of the robotic arm during movement.

Parts processing technology:

• Roll-plated parts: The uniform coating of metal parts is achieved by rolling the roller to improve corrosion resistance and mechanical properties.
• High-definition pad printing technology: Clear identification (such as the number of gear teeth and interface type) is printed on the surface of the parts to facilitate children to quickly identify and assemble

Electronic components

Power system: Equipped with multiple high-torque motors, it supports multi-axis linkage and gear transmission to achieve precise bending, grasping and other actions of the robotic arm.

Remote control module: equipped with a wireless remote control, supporting Bluetooth connection, users can control the robot arm through APP or manually, and learn basic programming logic (such as sequential instructions, loop control).

Sensor: Built-in angle sensor and collision detection module to enhance interactive feedback and improve the authenticity of task

challenges

Manufacturing process

Modular design: Using 400-800 Lego-compatible small-particle building blocks, users can freely combine modules such as robot arms, bases, tool fixtures, etc. to stimulate creativity.
 

Precision assembly:

• Multi-gear linkage structure: Power is transmitted through multi-stage gear sets to achieve low-speed high-torque output and ensure the stability of the robot arm to grab heavy objects.
• Multi-axis linkage structure design: 3-4 axis linkage structure is adopted to support the complex motion trajectory of the robot arm in three-dimensional space.

Quality control: Each box of accessories contains redundant design. If the assembly is missing, it can be reissued free of charge once, which reduces the threshold for use

Product advantages

Outstanding educational attributes: Cultivating STEM skills through programming tasks (such as moving building blocks and building towers) meets the teaching requirements of artificial intelligence and engineering technology.

Compatibility and scalability: Supports Lego building block expansion, children can design tools or scenes by themselves, adapting to the needs of multiple scenarios such as school and home.

Durability and safety: ABS material has strong impact resistance, motors and gears have passed strict tests, and the remote control adopts low radiation design, which is suitable for long-term use by children.
Rich interactive experience: Provides basic programming tutorials and free creation mode, taking into account learning goals and entertainment

Main gameplay

Assembly challenge: Complete the assembly of the robotic arm according to the instructions or creative drawings, and learn the principles of mechanical structure.

Programming control: Set the robotic arm action sequence through the graphical programming interface, such as "raise the arm to a specified height first, then rotate to grab the object".

Task competition: Participate in timed challenges (such as completing the specified task as quickly as possible) or creative competitions (designing new functions for the robotic arm).

Scenario simulation: Build simulation scenarios such as logistics sorting and hazardous goods handling to understand the practical application of engineering technology

Multi-axis linkage structure design: Advanced robotic arms with multi-axis linkage design are suitable for applications that require flexible operation and precise control. Multi-axis linkage means that the robotic arm has multiple rotating joints, each of which can move independently, thus achieving complex motion paths and posture adjustments.

Interface design: Double fixation with snap-on connection and magnetic adsorption to ensure assembly stability.

Safety protection: The motor and gear are covered with protective covers, and the distance between the buttons on the remote control is in line with the shape of children's hands to avoid accidental touches

Educational institutions: As a teaching aid for STEM courses, it assists teachers in conducting teaching activities such as mechanical principles and programming logic.

Family entertainment: Parent-child interactive assembly and programming practice to cultivate children's interest in science and technology and problem-solving ability.

Science and technology exhibitions: Display innovative educational products to attract young people to experience the charm of artificial intelligence and engineering technology.

Maker space: Support advanced transformation, such as adding sensors or expanding functional modules to meet the needs of maker projects

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