The Many Uses of a Vacuum Mixer

The Many Uses of a Vacuum Mixer

Vacuum environments accomplish a number of mixing goals that vary from one application to another. They reduce foaming, air entrapment and other problems in the finished product, as well as speed up processing.

The Vac-U-Mixer allows spatulating of stones, plasters, die materials, investments and alginates completely under vacuum, producing smooth, dense, detailed castings that are bubble-free. This improves quality, speeds up processing and reduces waste.


Homogenization is an important part of manufacturing many types of foods, medical and chemical products. The process can include mixing, dispersing, emulsifying, inactivation of enzymes and even cell disruption. Homogenization can also be used to reduce oxidation, improve quality and make more efficient use of materials.

Vacuum mixers can provide a number of useful processing functions that vary depending on the product and industry. They can be used to evacuate air, which lowers system pressure and reduces oxidation, prevent decomposition of sensitive ingredients, thwart unwanted chemical reactions and prevent microbial growth.

In the food industry, vacuum mixers can help to remove oxygen from mixtures, which reduces spoilage and increases shelf life. They can also be used to reduce bacterial growth in pharmaceuticals, which is essential for ensuring safety and efficacy.

Homogenization in a vacuum mixer involves rotating mixing Vacuum Emulsifying Mixer blades that create a three-dimensional current within the vessel. The resulting shear force, turbulence and cavitation break up solid particles in a liquid to form smaller pieces or vaporize them completely. This dramatically reduces particle size, which improves consistency and makes the product more homogenous.

Fermentation and Synthesis

A vacuum mixer can be used to perform the fermentation and synthesis of substances that are not easily mixed or dissolved. This can be accomplished in a number of ways, depending on the process and material being worked with. For example, a vacuum mixer can be used to make antibiotics, hormones and other pharmaceuticals from natural sources such as plants. It can also be used to make biofuels, such as ethanol and lactic acid for polymers (PLA).

Fermentation in a vacuum environment accomplishes many of the same goals as mixing under normal pressure. This includes reducing the formation of air bubbles, improved dispersion, more efficient drying and degassing. Vacuum can also help prevent unwanted chemical reactions and microbial growth, which is often a concern when working with sensitive ingredients or molded composites.

Vacuum mixing can also improve the blending and degassing of a variety of materials, including liquids, jells, pastes, powders, plastics resins and epoxies. Vacuum environments can be used to reduce oxidation, which is a major factor in preserving the quality and integrity of these products. They can also be used to eliminate unsightly voids and bubbles, reduce foaming during mixing, and provide for faster processing times. Many vacuum mixers are designed to operate at very low temperatures, making them ideal for working with temperature-sensitive materials.


Vacuum heating sublimation is a method for purifying chemicals that have a higher melting temperature than their decomposition temperature. The process uses a high vacuum level to ensure that the materials are not contaminated by external air, and it allows for mass production. It is particularly useful for chemical materials that cannot be distilled because they are easily contaminated with impurities.

The process is carried out in a vacuum mixer that prevents air bubble formation and thoroughly homogenizes the material. It also prevents the development of bacteria, which would otherwise cause a degradation in product quality. A vacuum mixer can also help deagglomerate powdered active ingredients, which makes it easier to use them in a variety of applications.

For example, powdered active ingredients that are dissolved mixer supplier in water can be mixed and homogenized in a vacuum mixer before they are sprayed. This can significantly increase the stability of the spray and prevent it from losing its texture. In addition, the vacuum mixer can eliminate oxygen in the mixture, which is important for maintaining the shelf life of solid drugs.

The vertical sublimation purification apparatus of the present invention is characterized in that it has a vapor channel incubating device, which maintains the temperature of the vapor to transport continuously into the sublimation channel body; and a product scratching device for periodically scratching off the condensed products from the wall of the sublimation channel body.

Liquid-Liquid Mixing

Mixing of liquids is the basis for many industrial processes. Vacuum mixers can do this at low to medium shear to make the process efficient and reduce agglomeration of solid particles. This is especially important for high viscosity materials where normal advection is slower and shear forces can cause the material to break down.

Mixers can use Y junctions, three-way intersections or other designs to increase the interfacial area of the fluids. They can also add shear thinning attachments to further increase the shearing action of the mixer to break down the agglomerates. This helps the material flow faster and improves the efficiency of mixing.

Vacuum mixers can also help to reduce oxidation in the mixture. Oxidation occurs when oxygen interacts with the ingredients and can degrade them over time. This is particularly important when working with air-sensitive substances such as food or pharmaceuticals. Vacuum mixing removes the oxygen from the mixing environment, which can protect the materials and extend their shelf life.

The most common applications of vacuum mixers are for blending and homogenizing solid-liquid or liquid-solid compounds. They are also used for dispersing and agglomerating dry powders into fine granules. These agglomerates can then be mixed with liquid binder and used in dental casts. This increases the strength and quality of those casts and can make them more useful to dentists.