It is crucial to design a flexible laboratory so that the space can be adjusted rapidly to suit the demands of current and future users. Scientists are increasingly using laboratory rooms to accomplish their work from beginning to end. If you’re doing computer-based research, you’ll need to write down your findings (on paper or with a pen), carry out the necessary tests, and store and dispose of chemicals. Modern laboratories must be big enough to handle all of these functions. As a result, your lab design will need to include almost everything—but not the kitchen sink—to be effective (because no food is allowed in the lab). Since various research projects have varied requirements, the laboratory should have an open architecture so that it may be easily reconfigured for new studies. A simple approach of achieving this aim is to place seats and storage facilities on lockable wheels for maximum mobility and adaptability.
An example of a mobile storage container with lockable wheels is shown below:
Ease of access and organization of data
People of all physical and mental abilities should be able to enter the laboratory. Is the height of the shelves and cabinets suitable for someone who is seated, for example? Whether or whether an employee with a disability is able to open the doors is a matter of debate. Everyone must have access to all sites, including those that are accessible to persons with disabilities. Finding the right lab bench supplier malaysia is there.
When designing the lab’s layout, be sure to include the locations of restrooms, waste disposal units, emergency exits, first aid supplies, and fire extinguishers/blankets that can be reached through several routes in case one path is blocked during a crisis.
The pre-examination, test, and post-examination stages of the design must be kept separate in the laboratory architecture to avoid cross-contamination. In order to save travel time for chemists and other scientists, consider placing related operations next to one another.
Low chairs and locks allow a broader range of people to use the bathroom, making it more accessible.
Signage that is visible from a distance
Safety information and warnings must be included in the laboratory design process. Text on signs and printed materials should be in the English language in order to be clear and understandable (or the most commonly spoken language in your lab). To make the text easy to read, it should be written in a legible typeface with an appropriate color scheme.
Depending on the data they provide, the majority of laboratory signs follow strict color coding guidelines. Emergency escape and first aid signs and containers are always constructed of white wording or photos on a green background, for example.
There should be an inspection of all indicators and emergency procedures, such as the use of an automated external defibrillator (AED), at least once a year. Make sure that restrooms and exits are properly marked in addition to safety signage. Emergency instructions should be clearly visible and accessible.
The location of the SDS with respect to the lab layout is essential. To ensure the safety of laboratory workers, all laboratories are required by law to keep accurate and up-to-date Safety Data Sheets (SDS) for the substances they use. As a reminder, all chemicals currently in use in the laboratory must be correctly marked with their composition, the projected time of use, the username and contact number, and an emergency contact phone number (for example, the poison control center).
There are warning signs that may be noticed in a laboratory
In addition to these five recommendations, there is a lot more to consider while designing a lab. Laboratory designers must do extensive research and engage with experts and other interested parties in order to create the best possible design for each facility.