In today’s fast-paced world, many people are looking for new solutions to their issues in order to keep up with the times. As a result, technology advances and changes on a regular basis in the hopes of solving human issues and assisting people in their everyday activities. Today’s technology has opened doors for many people while also providing a low-cost option for corporations.
In nearly every aspect of life during the last 30 years, technology advancement has proliferated, and the scientific laboratory is no exception. Technology has not only aided in the development of exciting new discoveries in medicine, pharmaceuticals, and a variety of other disciplines, but it has also aided in the streamlining of old procedures and the optimization of performance. Here’s a short breakdown of the ways in which technology has reinvented laboratory operations throughout the world.
Smart Cloud Technology
In the same way that smart-enabled equipment in the house can allow us to regulate the temperature wirelessly, the same can be done in a laboratory environment. When it comes to handling with important chemical samples, a degree or two of variation may make all the difference, thus the ability to adjust temperature wirelessly using smart software is a big advantage for lab scientists. Additionally, the Cloud’s linked nature enables researchers to rapidly, conveniently, and effectively post their results to the internet and share them with the research world.
Using cloud computing technology, data may be published to and viewed by numerous project contributors, including workers from other laboratories. Work may now be accomplished from a variety of places. This capacity to communicate boosts productivity and helps individuals to work together more effortlessly.
Maximizing Space Usage
Not only in terms of process automation and analytical methods, but also in terms of physical space, technological advancements allow for better performance. Revolutionary sample analysis techniques imply that the same amount of data can now be extracted from a specimen that is a quarter of the size of those previously employed, and that a single chip can now do the same job that several cumbersome tools and equipment could. All of this adds up to increased lab storage space and improved space efficiency.
Even the size of the samples is decreasing. We can now store lesser amounts of needed samples thanks to new technologies. These advancements have made it possible to go from single sample storage to several tiny wells in microplate trays. New technologies have also reduced the amount of contamination that can arise during sample collection by including a tiny valve into the collection process; this valve cuts off liquid between depositing samples, reducing carry-over.
Even in Malaysia, you can find businesses that manufacture lab equipment and products. If you are interested in finding out more about laboratory furniture in Malaysia, there are many to choose from. Lab spaces and furniture are also in progress to be reinvented as to increase and enhance work and space efficiency. More work space will benefit many scientist and researchers alike, as it helps in decreasing work clutter and unexpected incidents.
Environmentally Friendly Alternatives
Environmental issues are affecting every sector of endeavor, including scientific study. Regrettably, laboratories consume five times the energy of a typical office area per square foot. The equipment, as well as the irregular hours, consumes a significant amount of resources. Fortunately, technological developments have enabled scientists to be as resource efficient and effective as possible.
Recycling is a basic notion that is often overlooked. If laboratories follow environmental, health, and safety requirements, recycling is a wonderful way to properly dispose of unwanted containers and equipment. Purchasing goods manufactured from recycled materials contributes to the continuation of the cycle. Furthermore, repurposed materials are typically less costly.
Besides that, new ‘open labs,’ which allow scientists to exchange tools and supplies in the laboratory, are being used in labs all around the world. Equipment is quite costly, and open labs enable many individuals to use the lab at a lower cost to both the scientists and the lab.
Laboratories have grown more eco-friendly by reducing the amount of substances they utilize. Labs can compute the precise quantity of consumables and chemicals necessary to perform a process thanks to automation and other technology. This reduces costs and waste.
Labs have also been able to verify that they are doing all that are necessary to protect the environment by following the specified guidelines. Laboratories that get Leadership in Energy and Environmental Design (LEED) accreditation, for example, show that resourcefulness is a primary concern. This LEED accreditation may potentially entitle a laboratory for further incentives and tax breaks.
