DIY Acrylic Robot Manipulator Mechanical Arm – 4 DOF Without Servo Motors

Product Description

The DIY Acrylic Robot Manipulator Mechanical Arm – 4 DOF Without Servo Motors is a versatile mechanical arm kit designed for robotics enthusiasts, students, makers, and DIY projects. It features a 4-degree-of-freedom (4 DOF) mechanical structure that provides multiple axes of movement for developing and experimenting with robotic manipulation systems.

The mechanical components are made from precision laser-cut acrylic, providing accurately shaped parts for assembly and a lightweight structure. The acrylic construction allows the mechanical mechanism to be clearly visible, making it suitable for educational demonstrations and robotics experiments.

This product is supplied as a mechanical arm kit only and does not include servo motors. Users can install suitable servo motors according to their required movement, control method, and project specifications. Controller boards, power supplies, wiring, and other electronic accessories are also not included.

Features

• 4 Degrees of Freedom (4 DOF)
• DIY robotic manipulator mechanical arm
• Precision laser-cut acrylic construction
• Lightweight mechanical structure
• Servo motors not included
• Compatible with suitable servo motors
• Easy to customize for different robotics projects
• Suitable for Arduino and Raspberry Pi projects
• Ideal for robotics experiments and learning
• Suitable for STEM and educational applications
• Includes screw set for assembly
• Supplied in unassembled condition

Specifications

Parameter	Specification
Product Type	DIY Robotic Manipulator Mechanical Arm
Degrees of Freedom	4 DOF
Material	Acrylic
Colour	Black
Manufacturing	Precision Laser Cut
Assembly	Required
Servo Motors	Not Included
Controller Board	Not Included
Power Supply	Not Included
Wiring	Not Included
Screw Set	Included
Application	DIY Robotics and Mechanical Projects

Working Principle

The robotic arm consists of multiple interconnected acrylic sections forming a 4 DOF mechanical structure. Suitable servo motors can be installed at the designated joints to provide controlled movement.

After installing compatible servo motors and connecting them to a suitable controller, each joint can be controlled independently to create different arm positions and movements. The actual movement range, speed, and payload depend on the servo motors, controller, power supply, and final assembly.

Design and Construction

The arm is manufactured using precision laser-cut acrylic components designed to form the various mechanical sections and joints. The lightweight acrylic structure makes it suitable for educational, hobby, and prototype applications.

A screw set is included for assembling the mechanical components. Servo motors are not included, allowing users to select motors according to their specific project requirements.

Applications

• DIY robotic arm projects
• Arduino robotics projects
• Raspberry Pi robotics projects
• Robotics education
• STEM projects
• Servo motor experiments
• Mechanical engineering projects
• Automation prototypes
• Robotics workshops
• Student projects
• Maker projects
• Robotic manipulation experiments

Package Includes

• 1 × Black DIY Acrylic Robot Manipulator Mechanical Arm
• 1 × Screw Set

Note: Servo motors are NOT included. Controller board, power supply, wiring, and other electronic accessories are also not included.

Product Disclaimer

This is a DIY mechanical robotic arm kit supplied without servo motors and in an unassembled condition. Assembly is required before use.

Servo motors, controller boards, power supplies, wiring, and other electronic components must be purchased separately. The movement capability, speed, and load capacity depend on the servo motors and electronics selected by the user.

Acrylic components should be handled carefully during assembly and operation, as excessive force or impact may cause cracking or breakage.

Product images are shown for illustrative and representational purposes only. The actual product colour, dimensions, acrylic finish, component design, and appearance may vary slightly depending on the manufacturing batch.