We’ll review what they are, how they benefit a lab, and what the application process entails. With that in mind, let’s take a look at how 5S principles apply to a laboratory setting. Consequently, helping labs to implement lean methodologies starting with 5S is part of empowering research teams to engineer discoveries. It's a first step toward the adoption of a new organizational culture that set the stage for a lean culture that will support a more industrial approach to scientific research. It's much easier to organize the workspace than the data space. That’s why we developed a comprehensive online training program to facilitate the adoption of 5S because if you can’t keep your lab clean and organized, there’s no way your data will be clean and organized. In contrast, organized environments improve performance.Īt GenoFAB, we’ve found that 5S is a valuable approach to laboratory organization. ![]() In other words, laboratory environments are not always as organized and clean as one would expect.Īnd while many scientists enjoy a loosely organized environment, disorganization can compromise safety and negatively impact both productivity and the quality of the work. Whether due to some claimed correlation between creative intelligence and messiness or simply because scientists feel they should focus on their science rather than deal with housekeeping, the reality is that many laboratories are reminiscent of the creative chaos of the big bang. In practice, though, 5S in a laboratory setting is uncommon. ![]() In theory, the application of the 5S methodology to a laboratory is an idea that makes sense.
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