Laboratory design is a multi-faceted difficulty; it is an important aspect of the research process, combines features of office space and science lab, and must be implemented in a way that encourages efficient scientific work. Visit laboratory design Malaysia.
However there are many differing viewpoints and questions about how to make the best use of a research space, there are some unquestionable truths that everyone can agree on: the arrangement and layout of a lab is designed to make scientific research as efficient as possible while keeping researchers as comfortable as possible.
Even the tiniest design flaw can cause delays, an increase in errors and mishaps, and harmed research. Furthermore it is advised to do careful planning when starting to design a laboratory.
Where do we start
What exactly is lab planning? Scientific productivity is built on a solid foundation of well-designed labs. In order to establish a safe and effective working environment, it is necessary to combine both simple and complex aspects.
With the right lab design, you can fit more science into less space while maintaining architectural and engineering standards.
In lab planning, the main element that need arrangement are :
Benching : Work tables, casework, and moving systems with gas, power, and other utilities are included.
Equipment : From the smallest weighing scales to the largest freezers and the most complex robotics, everything is covered.
People : Researchers and scientists must always be kept safe while working as efficiently and comfortably as possible.
Wet vs Dry laboratory
Water, biological materials, and chemicals are all handled in wet labs. Picture a lab filled with beakers and jars of various chemicals, as well as scientists in protective clothing.
Computation, physics, and engineering are the mainstays of dry labs. Imagine a room filled with laptops, whiteboards, and researchers in casual attire.
Which one is the best lab it is depends on what is our main goal to achieve when we build our labs. Both laboratories have their own flaws and pros.
What type of labs are oriented with our objective
Quality Control (QC) and analytical procedures are frequently carried out in testing labs, which are typically wet labs. As part of a larger project, testing labs pull items from the line (e.g. a drug vial) for testing to guarantee that the product is safe and does what it is supposed to do.
This might be anything from a dry laboratory focusing on engineering and cancer breakthroughs to a wet laboratory focused on pharmaceutical or biotech research. Wet labs are being phased out in favor of dry labs and bioinformatic processes as computers enable more sophisticated and intricate work to be done. Algorithms with artificial intelligence can generate accurate forecasts.
Things that need to be looked at.
The configuration of the lab’s equipment is an important part of the design process. Planning for a laboratory is influenced greatly by the type of equipment you choose and it will affect the requirement to run the lab too.
- Decide what kind of equipment to place on the benching
- Addressing your power, data, and backup energy needs
- Planning for HVAC and plumbing services
- Know your system requirements
- Define lab capacity
It’s critical to consider five years into the future while making equipment choices and designing a plan.
There are so many aspects that needed to be looked at such as biosafety levels, creating flexibility in the lab and others related to the lab aspect.Researchers may concentrate on their work instead of being constantly on the lookout for emergencies and accidents in a well-designed laboratory. When planning the layout of your lab, it’s critical to include provisions for maintaining worker safety with a healthy environment.