3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1769347953
01-27 17:07
Model Name
waste sorting machine 3d model
Tags
conveyor
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
waste sorting machine
Prompt
A realistic AI-generated 3D animated smart waste management system using a conveyor belt and ESP32 controller. The system is designed as a compact tabletop prototype suitable for an engineering mini project. At the center, a rubber conveyor belt driven by a 12V DC gear motor through an L298N motor driver moves mixed waste forward smoothly. At the beginning of the conveyor, an IR sensor module is fixed above the belt for object detection and conveyor activation. Along the conveyor path, multiple waste identification sensors are mounted in sequence: An inductive proximity sensor (LJ12A3-4-Z/BX) mounted on the side detects metal-based E-waste. A soil moisture sensor positioned below the belt detects green / wet waste. A TCS3200 color sensor mounted above the belt identifies plastic waste by color. An IR flame / IR object sensor placed near the end identifies medical waste such as syringes and gloves. Below the conveyor, a centrally mounted ESP32 Dev Module is fixed on a PCB or breadboard, wired to all sensors and actuators. Four servo motor–controlled flaps (SG90, 180°) are mounted beside the conveyor: Servo 1 diverts plastic waste into the Plastic Waste Bin Servo 2 diverts metal items into the E-Waste Bin Servo 3 diverts medical waste into the Medical Waste Bin Servo 4 diverts wet waste into the Green Waste Bin Each servo motor rotates precisely when triggered, pushing the detected waste through an acrylic/cardboard chute into its corresponding labeled bin. Four separate garbage bins are placed neatly along the conveyor side, clearly labeled: Plastic, E-Waste, Medical, and Green. Power system includes a 12V DC adapter, an LM2596 buck converter stepping down voltage to 5V for ESP32, sensors, and servo motors, and a main ON/OFF toggle switch mounted on the side panel. Internal wiring is clean and visible, showing jumper wires connecting ESP32, sensors, motor driver, and servo motors. The animation demonstrates real-time waste detection, servo flap movement, correct bin storage, and continuous conveyor operation. Ultra-realistic 3D model, accurate component placement, smooth mechanical motion, educational engineering demonstration, clean lab environment, daylight lighting, cinematic camera angles, high-detail textures.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1769347953
Anonymous1769347953