A vortex mixer, also known as an attritor or ribbon blender, is used in laboratories to mix chemicals and other substances. It has the advantage of producing a vortex that mixes substances more quickly and thoroughly than other mixers such as a regular spoon or spatula, and it’s generally more cost-effective than more expensive machines like rotary evaporators or ultrasonic baths. If you’re thinking about buying your vortex mixer, this guide will show you everything you need to know.
Functioning of Vortex Mixers- Points To Note:
A sample stage and internal motor are essential parts of a typical vortex mixer. It can be a tube base with several contact points or just one. The motor drives a shaft under the platform when the mixing system is activated, which rapidly circulates the contents of the sample containers. The main strength of this technique is its efficiency, which makes it possible to homogenize a wide variety of sample types with precision and speed.
The Different Types Of Vortex Mixers And What You Need To Know
Vortex mixers are the best choice when you need to create large batches of small-sized products, such as cosmetics or small pieces of ceramics, that you’ll then be able to sell on your website or in your store. However, with so many models available on the market today, it’s not always easy to figure out which one will fit your needs best, which is why we’ve created this guide on the different types of vortex mixers and what you need to know about them before making your decision!
The geometry of a vortex mixer can vary from single test tube touch mixers to large-capacity designs, and they are quite diverse. The Glas-Col Touch Vortex mixer is designed with a variable-speed motor that can run continuously or respond to pressure.
Many alternative technologies can overload when too much pressure is applied to the rubber cup, but the Glass Touch Kernel Vortexer is built with a variable-speed permanent magnet motor, which provides increased longevity during peak periods.
Contact vortex and single test tube mixing are unsuitable for high throughput laboratory setups and caustic sample types. On the other hand, large-capacity vortex mixers use a cartridge system that can hold multiple sample containers at a time. They are often designed to fit a wide variety of vessel sizes, from small Erlenmeyer flasks to microcentrifuge tubes.
Also, Vortex mixer functions:
Although the swirling activity of vortex mixers can be used to homogenize heterogeneous liquid samples, their mixing action is limited in terms of vertical level. The preparation of samples, whose components have different densities, is complicated when the solutions are mixed horizontally around an axis of rotation.
The innovative Vortex mixer with added pulse functionality inhibits the orbital motion of the fluid to mix it from the bottom up, solving this problem. These mixers provide the most thorough mixing to ensure immiscible liquids or difficult suspensions are properly homogenized at pulse rates of 80 pulses per minute (ppm).
Additionally, sterile incubators are manufactured with various unique vortex mixers that allow precise control of reaction heating parameters during orbital mixing processes.
However, the thermodynamic stability of complex biological products requires the highest level of precision throughout processing. Enter the glass incubation bead vortex mixer, which operates between 15-50°C and has a wide speed range of 150-1200 rpm.
When Is a Vortex Mixer Useful?
The ability to completely homogenize materials in flasks or test tubes is made possible by vortex mixers, which are common mixing equipment in scientific settings. Some mixers also make it easy to mix with 96-well microtiter plates or rather large Erlenmeyer flasks, thanks to their specific sample container housings.
When could you think about adopting a vortexer for your sample prep needs, given the variety of mixing products that are readily available for effective and completely hygienic lab sample preparation? We will look at some of its advantages in this article to highlight some of the important uses for vortex mixers.
Conclusion
Hopefully, after reading this article, you have already had a better understanding of vortex mixers available and what each one has to offer you and your business when it comes time to choose your next vortex mixer.
