Robotic Laboratory Automation: Balancing Efficiency and Accuracy

Authors: Ziyad Khalil Al Enezi, Saleh Ibrahim Al Furayji, Meshael Eid Jrman Al Otaybi, Maha Ahmed Al Deghaiman

Country: Saudi Arabia

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Abstract: This paper examines the implementation and impact of robotic automation systems in laboratory settings, focusing on the delicate balance between operational efficiency and analytical accuracy. Through a comprehensive analysis of recent developments in laboratory automation technology, we investigate how modern robotics systems are revolutionizing traditional laboratory workflows while maintaining precision in scientific procedures. The study explores key factors influencing the successful integration of automated systems, including quality control measures, cost-effectiveness, and human-robot collaboration frameworks. Our findings indicate that while robotic automation significantly improves throughput and reduces human error in routine laboratory tasks, careful consideration must be given to validation protocols and system optimization to ensure consistent accuracy across diverse applications.

Keywords: Laboratory Automation, Robotics, Quality Control, Workflow Optimization, Precision Analytics, Human-Robot Interaction, Automated Testing, Laboratory Efficiency

Paper Id: 231836

Published On: 2024-10-15

Published In: Volume 12, Issue 5, September-October 2024

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