Modular Conveyor Belt for Educational Automation Projects
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This is a modular 3D-printed conveyor belt system designed primarily for educational and experimental automation project
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Model information
- Source
- Printables
- Category
- Engineering
- License
- Creative Commons — Attribution — Share Alike
This project represents a fully modular conveyor belt system, developed as part of a school mechatronics project.
The design focuses on simplicity, functionality, and easy customization.
The conveyor is composed of several 3D-printed parts that can be assembled without complex tools.
It is designed to work with a DC gear motor, guide rollers, and a flexible belt, making it ideal for demonstrating basic principles of mechanical design, automation, and control systems.
The model can be used for:
Educational demonstrations
Automation experiments
Color or object sorting systems
Arduino-based control projects
All parts were designed to be printable on common FDM 3D printers without the need for supports (unless stated otherwise).
Compatible Modules & Components
This conveyor belt system is designed to be compatible with the following exact hardware modules:
🔸 Control & Electronics
Arduino Uno (ATmega328P)
Arduino Nano
Arduino Mega 2560
Compatible Arduino boards
🔸 Motor & Drive
DC Gear Motor (TT Motor, 3–6 V, metal gearbox recommended)
L9110S Dual H-Bridge Motor Driver Module
External 5 V DC Power Supply
🔸 Sensors (Optional)
TCS3200 Color Sensor Module
Infrared Obstacle Sensor (IR reflective sensor)
Limit Switch (Micro Switch)
🔸 Actuators
SG90 Micro Servo Motor (9 g servo)