iv monitoring system 3d model

Create a realistic 3D model of a “Smart Adaptive IV Monitoring System” prototype used in healthcare. The setup should include: * An IV stand with a hanging IV fluid bottle connected to a transparent tube * The tube passing through a clamp mechanism controlled by a small servo motor (to simulate flow control) * A microcontroller board (Arduino Uno) placed on a base platform with visible wiring * Two push buttons labeled “+100 ml” and “+200 ml” representing oral fluid intake input * A small buzzer module for alert indication * Optional LED indicators for system status (normal, warning, critical) * Wires neatly connecting all components Design requirements: * Clean and organized lab prototype look * Components mounted on a base board (breadboard or acrylic plate) * Color-coded wires (red for power, black for ground, others for signals) * Labels for each component * Modern medical-tech aesthetic * Lighting similar to a lab or hospital environment Context: This is a simulation prototy