Novel Equipments Enabling Faster Laboratory Analysis

Abhrasnata Das

Over the past several years, there has been a significant change in trends and advances in the market for laboratory instruments. Every company in the world is in need of fresh and cutting-edge laboratory products due to the rapid expansion of clinical research activities and scientific and technical breakthroughs. In the market, new items and technology are being introduced quickly. This business is expanding because of the rising demand from the biotechnology, pharmaceutical, and life science sectors.

The size of the global market for laboratory supplies was estimated at USD 30.6 billion in 2020 and is anticipated to increase at a CAGR of 7.5% from 2021 to 2028. The market is primarily driven by rising financing and investment in R&D activities in the pharmaceutical and biotechnology industries.

The function of labs in the future will be increasingly focused on quality control, lowering laboratory mistakes, removing pointless testing, and concentrating on the difficulties of worldwide harmonization. Having stated that, let's examine the market for laboratory equipment's main trends in this piece.

Lab Equipment Getting Smaller

The size of lab equipment is constantly decreasing. Shelf space is greatly reduced by this. By removing a number of pumps and valves that were previously necessary to properly preserve samples, new technology might do this. We now have fluidic parts that can combine many laboratory tasks onto a single "chip," reducing bench space, labour, and money.

Even samples are shrinking in size. We can now keep less of the necessary sample quantities thanks to new technologies. These technologies have made it possible to go from storing samples in individual test tubes to many tiny wells in microtiter trays. By introducing collection with a tiny valve, new technologies have also reduced the amount of contamination that can happen during sample collection. This valve shuts off fluid between pouring samples, minimizing carry-over.

Updated Cloud Technology

The capacity to record data and upload it to the cloud is a feature of modern lab equipment.
Similar to that, when something goes wrong, the gadget may notify a scientist or lab technician.

An uncontrolled environment can have a detrimental influence on the outcomes of an experiment, hence a regulated laboratory environment is a highly crucial aspect that needs constant monitoring. If not corrected right away, even a slight fluctuation in temperature has the potential to affect the outcome.

Freezers may now notify the accountable party via their smartphone if the temperature changes unexpectedly. Additionally, it enables participants to follow a research from any place using a phone or computer. Eighty one percent of researchers claimed that this greatly aided their research.

Scientists may now disseminate their discoveries more quickly than ever before because of cloud computing. With the use of cloud computing, data may be uploaded to and accessible by several project participants, even those working in various laboratories. Work can now be done from different locations. People may operate more productively and effectively in teams when they have the ability to communicate.

Enriched Sustainability Options

All areas of employment, including scientific research, are impacted by growing environmental concerns. Unfortunately, research labs use five times as much energy per square foot as a typical office. The equipment and the odd hours are quite resource-intensive. Fortunately, advances have provided researchers strategies to use resources as effectively as feasible.

New "open labs" that enable researchers to share resources and equipment in the lab are being used in labs all around the world. Open labs give access to more individuals at a lower cost to the lab and the scientists because equipment is so expensive.

Recycling is a straightforward idea that is all too often ignored. If laboratories adhere to environmental, health, and safety regulations, recycling is an excellent choice for them to employ when properly getting rid of used equipment and containers. Purchasing products manufactured from recycled materials helps to maintain the cycle. Additionally, repurposed materials are often cheaper.

What’s Next?

In order to conduct experiments and conduct research, laboratories need a number of tools and instruments. Research laboratories, educational labs, medical labs for diagnostic testing, quality assurance, R&D, manufacturing, and other settings all use general lab equipment.

By expanding the capacity of the instrument, laboratory equipment enables faster analyses that improve the value of the lab itself by enabling the daily performance of more tests. The more efficient techniques could even make it possible to combine testing on fewer devices, which would cut down on consumables, maintenance, the need for regulatory paperwork, and overall expenses.

Lab capabilities are expanding along with technological changes. Scientists and laboratory personnel may now work more correctly and quickly than ever thanks to new technologies. Artificial intelligence, automation, miniaturization, and smart technologies are becoming commonplace, simplifying lab life. The need to provide outcomes rapidly is also growing concurrently. So, laboratories need to be quick and flexible.