Abstract
Abstract Objectives The following report describes the development and implementation of a small-lab automation solution for small hospitals. Methods It uses a new generation of collaborative robots instead of the traditional laboratory automation lines with their input and output units and connected analyzers. After the Proof of Concept during fall 2018, both a centrifuge and several routine analyzers were integrated. Results The run-up phase ended after successful test operations in continuous mode in 2019. Routine operations were launched in October 2020 in a MVZ routine lab after a delay caused by the pandemic. Conclusions Apart from the direct cost savings for night duty or compensation for the lack of personnel, the mentioned solution delivers a significant upgrading of the laboratory technicians’ activities and an improvement in their working conditions.
Highlights
The following report describes the development and implementation of a small-lab automation solution for small hospitals. It uses a new generation of collaborative robots instead of the traditional laboratory automation lines with their input and output units and connected analyzers
The run-up phase ended after successful test operations in continuous mode in 2019
Routine operations were launched in October 2020 in a MVZ routine lab after a delay caused by the pandemic
Summary
Laboratory technicians in small hospitals have a very demanding job as they work frequent night, late and weekend shifts. This new generation of robots enables small laboratories to implement an affordable automation solution. Cobots may take charge of the entire sample logistics for several hours at a time, e.g., during a night shift, or provide assistance while running in parallel mode during routine operation.
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