Descriptive review highlights improvements in efficiency and precision in pharmacy automation, suggesting key strategies for stakeholders.
The pharmaceutical landscape is undergoing a transformative revolution through the integration of automation and robotics, which offer significant improvements in precision, efficiency, and patient care. This research aims to highlight the transformative impact of these technologies and guide key stakeholders, including researchers, pharmacists, industry professionals, and policymakers, toward informed investment and effective implementation strategies. A descriptive review methodology was employed to explore the historical evolution, classifications, and practical applications of robotic systems, with a focus on Cartesian, SCARA, and articulated robots. The study draws on current literature, regulatory frameworks, and case-based evidence to analyze their adoption and operational dynamics in pharmaceutical premises. Despite challenges such as high initial investment and workforce displacement, the overall findings reflect a net positive contribution to pharmaceutical quality, safety, and global competitiveness. The paper concludes by advocating for strategic adoption, continuous innovation, and regulatory alignment to unlock the full potential of these technologies in modern pharmaceutical practice.
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Hossein et al. (2025) studied this question.
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