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The study aims to systematically integrate collaborative robots into the pre-analytical workflow of a large medical laboratory.

April 7, 2026DiagnosticsOpen Access

Collaborative Robotic Systems for Pre-Analytical Processing of Biological Specimens in a Medical Laboratory

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Demonstrates improved efficiency in laboratory specimen processing using collaborative robots, suggesting a shift in automation practices.

The study aims to systematically integrate collaborative robots into the pre-analytical workflow of a large medical laboratory.
Integration of specialized modules like decapping, barcode verification, analyzer loading, and aliquoting.
Bidirectional integration into the Laboratory Information System (LIS).
Evaluation of architectural design, control algorithms, and effects on labor input and operational time.
87% reduction in labor input with robot implementation.
3.4% improvement in liquid aliquoting accuracy.
Overall increase in nominal throughput, with minimal personnel training required.
Human operators completed aliquoting procedures significantly faster than cobots (42.5% speed advantage).

Komarov et al. (2026) studied this question.

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Demonstrates improved efficiency in laboratory specimen processing using collaborative robots, suggesting a shift in automation practices.