Three Tips for Designing an Optimal Lab Layout

Three Tips for Designing an Optimal Lab Layout

Three Tips for Designing an Optimal Lab Layout

Lab design is a multi-faceted challenge that plays a massive part in the study process, synthesizes aspects of office space and science labs, and needs to be realized in a manner promoting efficient scientific results.

Though numerous opinions and inquiries arise over the most appropriate use of research space, there are unchangeable truths that everybody can agree on: a lab's configuration and design is there to make a scientific investigation as smooth as possible and keep researchers as relaxed as possible. Furthermore, optimal lab design means doing so without adding extra staff while enhancing productivity and minimizing mistakes along the way.

Even the slightest error in design can lead to delays, an accumulation of mistakes and mishaps, and compromised investigations, so the arrangement of a science lab must be to the loftiest of criteria. If you want to modify the structure of your working environment, our laboratory design experts discuss what to consider when it comes to your laboratory layout.

Pre-plan with scientists

An extended period of pre-planning is critical to the design of a lab. Workshopping with individuals who will use the area is essential since the lab can be tailored to the researcher's requirements, and lab managers can quickly specify additional elements. In addition, cooperation with scientists offers designers precision which is particularly useful for unusual, distinctive scientific research.

Location, layout, and access

In preparing the design of your lab, you should also consider its location and layout. For example, it requires proper vertical transport if it's a multi-story building. In addition, researchers need convenient access to utility systems, waste removal, and the right instruments.

The elements that impact room layout include ease of care, accessibility to equipment, HVAC provisions, and ergonomics. For example, benches used for write-ups, administrative work, and specimen preparation should be positioned around perimeter walls to enhance access and workflow. Correspondingly, designers should consider the bench height and depth to account for the ergonomic use of instruments.

Consider the lab's flexibility, too; once everything is in position, it can be challenging to change the layout. Building flexibility into your laboratory from the start decreases these challenges.


Though we discussed gleaning wisdom from scientists as a mechanism of fine-tuning the approach, research strategies and routines will evolve. The flexibility and adaptability noted above mean you should prepare your lab for items researchers might not need now but may be faced with in the future.

Even without these prospective implications, an adaptable environment is vital since two or more researchers may perform diverse tasks or have further requirements for comfortable working. For a lab to remain flexible, the formation of the space should be straightforward to reconfigure. For example, some worktops and supply stations can be relocated to suit the goals of a new scheme without the need for outside laborers.

Arrangements that reduce the physical stress on the researcher and plenty of natural light can also positively enhance the researcher's performance.

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