Why vortex a sample

Consequently, vortex mixing systems can be used across the full spectrum of biochemistry and life sciences applications where uniform homogeneity of samples is a key intermediary for steps in sample analysis. A short and by no means exhaustive selection of potential applications of vortex mixers includes:. Additionally, as vortex mixers are typically small-scale devices with a low and lightweight footprint, they can usually be used on benchtops.

This provides maximum space to power functionality and offers a substantial mixing solution for small-scale labs and budget-conscious facilities.

If you are looking for a new mixing solution and are interested in using a powerful vortex mixing solution, why not contact a member of the Glas-Col team today? Trade Shows. In biochemical or analytical laboratories, vortex mixers also are commonly used to mix reagents or to blend a sample and a diluent. This is done by manually creating a vortex by striking the tube forward and down with your finger or thumb. This can often result in incomplete suspension and takes a long time, but in a pinch, it can work in lieu of a vortex mixer or in situations when a vortex mixer would harm the sample.

Note: Do not try this technique with caustic chemicals. When the vortex mixer is in motion, the liquid in your vial will begin to develop a vortex once it achieves a certain speed of rotational velocity. The process of developing the vortex can be slowed by running the vortex mixer at low speeds or rpms , but at the end of the day a vortex mixer is made to create a vortex and mix liquids that normally would not combine.

If you require a gentler form of mixing, you may want to consider using a shaker. Vortex mixers are also useful for incubating culture, because they are able to create precise temperatures while mixing at a variety of speeds. This is particularly useful for molecular biology procedures, such as enzyme and protein analysis. There are specific types of suspension that can only be done by creating a vortex, rather than just shaking a sample.

For instance, a vortex mixer is able to mix viscous samples that would otherwise stay unblended. Literally, if you need to mix oil and water, a vortex mixer is the equipment you want to get the job done right.

In addition, if you want to dilute an acid or an alkali by mixing with water, a vortex is the best way to get it done. The vortex mixer was invented in the s by the Kraft Brothers as employees of Scientific Industries. Vortex Mixers Vortex mixers are a critical piece of laboratory equipment used to mix samples rapidly.

Next Day Science offers a wide range of vortex mixers, from multi-tube to pipette, with a variety of mixing options to meet every lab need. For more information, see specific product feature descriptions.

Home Vortex Mixers 12 product s found. Show Details. Pulse rates of up to 80 pulses per minute ppm provide the most thorough mixing possible to ensure that immiscible fluids or difficult suspensions are suitably homogenized. The thermodynamic stability of complex biochemical products requires the utmost precision during processing.

You can read more about the performance of this product in our previous blog post: Vortex Mixer for Bacterial Protein Expressions. Glas-Col specializes in the development of high functionality laboratory equipment for a broad range of application areas. Our vortex mixers have been used for studies as varied as food contamination analysis and bacterial protein expressions.

If you would like any more information, please do not hesitate to contact us. Trade Shows. Blogs Mixing What is a Vortex Mixer? Thursday November 08 Vortex mixers are one of the primary technologies for mixing laboratory samples in test tubes, well plates, or flasks.

Types of Vortex Mixer The geometries of vortex mixers are incredibly varied, ranging from single test-tube touch mixers to large capacity designs.