Did you ever wonder how scientists measure tiny amounts of liquids in their experiments? The tool of their trade is a piece of laboratory equipment called the pipette! To assist in the very gentle and precise pouring of liquids, they use a pipette. Pipettes come in different shapes and sizes but we will be focusing on the plastic pipette tips of today, much more recent than glass ones.
They might seem less secure than glass pipets, but they have the advantage that being single-use only and plastic-made; you can (and should) throw them out after a single use. So when a scientist uses one of these plastic pipette tips, it can safely be discarded directly into the trash. This way, they prevent germs and other debris from entering the fluids to which the gloves are applied. Additionally, the tiniest amount of contamination can skew an experiment. Also, as we all know that they are universal tips for pipettes so one size fits all types of pipettes. This makes it possible for scientists to use their favorite pipette, and yet make the same plastic tips with a different material.
These avoid the downside: They cost less than glass-blown Pasteur pipettes, are easier to use and do not get dirty like wool! Along with use of old glass pipettes, it requires meticulous cleaning every time which is very tedious. Because scientists usually have many experiments to run, and spending time washing tools can take a serious hit in efficiency. But plastic pipette tips are disposable after being used once, which saves a lot of time and work for scientists.
Also, the plastic pipette tips are also much less expensive compared to their glass counterparts. For scientists who are not cash-rich, this is a huge advantage. Using lower-cost plastic tips also means that the next experiments they run will be better funded; more science can be done than reagent and lab equipment costs.
The scientists have to accurately measure these liquids for their experiments. And this is why plastic pipette tips can assist us on a great level. These are particularly made to manage the smooth and controlled stream of a liquid from one container into another. This seamless pour is intended to prevent spills and human error which could make the conversion in test results.
In addition, plastic pipette tips are compatible with a wide range of micropipettes. In other words, if you have >100+ pipettors of one make - all will fit the same tips and ALL should perform to spec. Given this compatibility, it is much more straightforward for the scientist to continue with their research without interruption.
Plastic pipette tips are simple but highly reliable tools that make working in the lab, as well as many other settings even more convenient and safe. A scientist can fill up the pipette tip, discard it afterwards and move on to his experiment in a short time without washing any of them. It is a way from which by using it, they save their costly time and handle the work in an effective manner.
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