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Overpressure and Vacuum Applications

We have the optimum vacuum for your application.

Applications of vacuum technology

  • Vacuum packed meat

    Packaging

    A packaging process in which air is extracted from the package prior to sealing.

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  • Pneumatic conveying of bulk materials

    Pneumatic conveying

    The transfer of bulk materials or powders through a closed conveying pipeline.

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  • Vacuum degassing

    Degassing

    A technique for removing dissolved gas from a liquid or paste.

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  • Vacuum dried salad

    Drying

    A thermal separation process to remove moisture present in a substance by means of vacuum.

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  • Freeze-dried strawberries

    Freeze drying

    A technique for the gentle drying of products.

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  • Vacuum distillation

    Distillation

    A technique used to gently separate compounds from a liquid.

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  • vacuum_evacuation_laboratory_vacuum_chamber

    Evacuation

    The process of creating a negative pressure inside a closed physical space.

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  • Forming pressing and laminating with vacuum

    Forming, pressing and laminating

    To join a wide variety of materials together. Or to bring them into a specific shape.

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  • vacuum_handling_suction_cups

    Handling and lifting

    Methods for gently moving parts from one place to another. Or for fixing them in a certain position during processing.

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  • lithium_battery

    Lithium battery manufacturing

    Vacuum solutions for the lithium-ion battery manufacturing process.

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  • gearwheels_fotolia8414566xl_300dpi_rgb_edit

    Heat treatment

    A process of altering the physical or chemical properties of a material, by heating it to high temperatures in a furnace under vacuum.

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  • crude_oil_distillation

    Crude oil distillation

    In order to produce petrol, diesel, aviation fuel and heating oil from crude oil, it must first be broken down into its components.

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  • Coating with vacuum

    Coating

    Transforming surfaces for enhanced performance and increased longevity. With coating under vacuum.

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  • plastic_bottles

    Plastics recycling

    Vacuum helps to keep our world cleaner and give plastics a longer useful life.

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  • carbon_capture

    Carbon capture

    Vacuum and overpressure facilitate efficient separation and storage of CO2 that would otherwise remain in our atmosphere.

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  • wastewater_treatment_activated_sludge_process

    Aeration

    Aeration plays an essential role in municipal wastewater treatment. The aeration processes are supported by a compressor or blower from Busch.

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  • sawdust_removal

    CNC processes

    Consistent and reliable vacuum technology for clamping, handling and lifting, and dust cleaning.

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  • con23_462_graphicsforlandingpage_thermoforming_header_767x430px_cw

    Thermoforming

    Shape plastics by gently and reliably molding thermoplastic sheets into different forms with the aid of vacuum.

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  • plastic_extrusion_head_image

    Plastic extrusion

    A highly efficient and economical technique of shaping plastic. In one continuous form. Under vacuum.

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  • stage_lit_recycling_final2

    Lithium battery recycling

    New and promising recycling methods using processes under vacuum can reach a recycling rate of over 90%.

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Learn more about vacuum applications

What is vacuum needed for?

The short answer is, many things. Vacuum pump solutions save energy, money and time. They also improve product quality, extend shelf life, make processes safer, speedier and smoother, cut pollution, and even help save lives.

The range of vacuum technology is quite breath-taking. It plays a role in the production of food, medicines, explosives, wind turbines, district heating, stainless steel, and much more. It also contributes to game-changing high vacuum research in physics and chemistry.

However, the fundamental role of a vacuum system, its science, still remains the same: reduce the number of gas particles in a system which, at constant temperature, corresponds to a reduction in gas pressure.

And this is a process that continues to affect our lives every single day.

What are the most prominent vacuum applications?

While it is impossible to list all areas where vacuum technology is employed, here is a brief overview of common industrial vacuum applications.

In packaging processes, vacuum solutions are used, for example, in vacuum packaging or modified atmosphere packaging (MAP), tray forming in packaging machines, thermoforming of plastic packaging, foil handling in tubular bag packaging machines, carton erection, labeling and many more.

The use of vacuum in forming, pressing and laminating applications enables mold evacuation, thermoforming and vacuum-assisted resin transfer molding (VRTM). Moreover, vacuum is indispensable for the production of flat panel displays and solar panels.

Many “thin-film” technologies have been made possible through advances in vacuum coating processes, such as physical and chemical vapor deposition, metallization and many more.

Vacuum distillation is used in the chemical and pharmaceutical industry, for solvent recovery, as well as in crude oil distillation processes.

Vacuum degassing and deaeration processes play a role in the production of foodstuffs, high-quality alloy and oil, as well as in plastics extrusion.

In pneumatic conveying processes, vacuum and low pressure solutions can, for instance, be found in applications such as the pneumatic conveying of bulk goods like granulates, grains, powders or dusts.