What’s driving demand for magnetic stirrer hot plates, globally?
The market for scientific lab equipment like magnetic stirrer hot plate is reportedly growing at a fast pace. And the demand spread across the globe, with leading scientific research institutes buying up new models for precision results. Here, some of the leading manufacturers and suppliers of magnetic stirrer hot plates, like NT, Corning, Scientific Industries, Thermo Fisher Scientific and Cole-Parmer, to name a few, are leaving no stone unturned to corner larger market share.
So what is driving the demand for this commonly found lab equipment? One of the reasons is the heightened focus on research in the aftermath of the Covid-19 pandemic. Across all the fields of science, especially in nanotechnology, from chemical industry to institutes into education and research sectors, to the pharmaceutical industry… scientists are finding increasing need for all types of magnetic stirrers. From regular magnetic stirrers, to hot-plate magnetic stirrers to multi-position magnetic stirrers… you name it.
In this post, I am sharing a new feature in latest hot plate models that are being used for new research and development work in nanotechnology.
A magnetic stirrer is a device widely used in laboratories and consists of a rotating magnet or a stationary electromagnet that creates a rotating magnetic field. This device is used to make a stir bar, immerse in a liquid, quickly spin, or stirring or mixing a solution, for example.
ScienceDirect
Magnetic Nano-stirrer Bars
When researchers want to do mixing on the microscale, they need tiny stirrers that can work on harsh microfluidic platforms. Produced with the simple and low cost electrospinning technique, these nano stirrers offer continuous and scalable mixing for reacting components through the entire process.
Source: pubs.rsc.org
According to an online research I did recently, the latest breakthrough in magnetic stirrer hot plates is originating in the form of nanotechnology integration. By incorporating nanomaterials into the design, researchers are now using these devices for unprecedented precision and efficiency in mixing and heating solutions. Thus, by utilizing the unique properties of nanoparticles, such as enhanced thermal conductivity and surface area, your research lab can use these hot plates to possibly achieve faster heating rates and more uniform temperature distribution. Cool, isn’t it?
Furthermore, advanced HPMS equipment are now having control algorithms and sensor technology, that allow for real-time monitoring and adjustment of stirring speed and temperature, thus ensuring you get optimal conditions for various applications. Additionally, with the integration of wireless connectivity, you can now perform remote operation and data logging, thus enhancing the overall convenience and productivity in your laboratory.
With these advancements, researchers and scientists like yourself, can expect to streamline their experiments and achieve more accurate results, ultimately pushing the boundaries of scientific discovery. Isn’t it?
Commonly asked questions
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Most used lab equipment
- spin coating machine
- magnetic stirrer hot plate
- dry bath incubator
- laboratory fume hood
- laboratory water bath
- orbital shaker incubator
- centrifuge machine
- laboratory colorimeter
- laminar air flow cabinet
- laboratory microscopes
- lab weighing balances
- ph meters for lab
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