Abstract
The IoT-Based Smart Laboratory System aims to enhance laboratory safety and efficiency. This project integrates a robotic arm, various sensors, and a user-friendly mobile application for remote monitoring and control. Key features include contactless pipetting, real-time environmental monitoring, and automated adjustments to maintain optimal laboratory conditions. The system employs an ESP-WROOM-32 microcontroller, MQ-2 gas sensor, DHT22 temperature and humidity sensor, LDR sensor, and a high-torque robotic arm to achieve its objectives. Experimental results demonstrate improved laboratory automation, reduced risks for personnel, and efficient resource utilization, marking a significant advancement in smart laboratory technology.
Published Version
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