Industrial Vacuum Cleaners Manufacturers online

Industrial vacuum cleaners, also known as industrial vacuum, are powerful cleaning appliances developed for professional use in industry, trade, construction and production.

In contrast to conventional household vacuum cleaners, they are designed for heavy-duty use, large amounts of dirt and special requirements such as hazardous dusts or liquids.

Below you will find an overview of the functionality, special features and designs of industrial vacuum cleaners, as well as an overview of their areas of application and an overview of the criteria that should be considered when using them:

How industrial vacuum cleaners work:

The basic function of an industrial vacuum cleaner is the same as that of any vacuum cleaner:

A strong vacuum, generated by a blower or motor, draws air along with debris into the appliance via a suction hose.

However, depending on the design, the construction and operating principle differ greatly from ordinary vacuum cleaners:

1. Suction fan and vacuum generation:
   Industrial vacuum cleaners often use multi-stage or particularly powerful turbines to generate very high negative pressure, i.e. suction power, or high air volume with high flow velocity.
   The choice depends on whether fine dust (high negative pressure) or large quantities of light materials (high volume flow) are to be extracted.
2. Filter systems used:
   Different filter systems are used depending on the type of application:
   Cartridge filters, pocket filters or HEPA filters for fine or harmful dusts.
   Cyclone separators as pre-separators that separate coarse particles from the air by centrifugal force.
   Wet filters or foam filters for liquids.
   In some cases, filter cleaning systems such as automatic tapping or air pulsing are also used to maintain a constant suction capacity.
3. Collection containers or extraction devices:
   The extracted substances end up in robust containers made of metal or plastic, sometimes also in interchangeable containers or dust-tight bag systems. Liquid vacuum cleaners often have integrated sensors for switching off when the tank is full.

Special features and designs of industrial vacuum cleaners:

Industrial vacuum cleaners come in various designs and specializations:

1. Dry vacuum cleaners for dust, chips and powder.
2. Wet vacuum cleaners for liquids, also with integrated pump.
3. Wet/dry vacuum cleaners as a combined solution for a wide range of tasks.
4. Explosion-proof vacuum cleaners (ATEX) for flammable dusts and gases.
5. Special vacuum cleaners for oils, emulsions, metal swarf - often with separate solid/liquid separation.

They can be mobile (on castors), stationary or installed as part of a central extraction system with pipe systems.

Use and application areas of industrial vacuum cleaners:

Industrial vacuum cleaners are versatile and indispensable in many industries. Their use goes far beyond cleaning - they are often part of production processes or safety concepts.

1. Construction and trade:
Extraction of drilling dust, sanding dust, concrete or plaster residue.
Use directly on machines such as wall chasers or grinders.
Handling hazardous dusts, e.g. quartz dust with devices of dust class M or H.

2. Industry and manufacturing:
Cleaning of production areas, machines and systems.
Extraction of metal chips, cooling lubricants or oils.
Use as a central extraction system in production lines or robot cells

3. Chemical and pharmaceutical industry:
Dust-free extraction of toxic or reactive substances.
Units with explosion-proof design (ATEX).
Use in clean rooms with HEPA/ULPA filters.

4. Food industry:
Hygienic removal of flour dust, sugar, coffee powder or other food residues
Use of stainless steel housings and food-safe materials.

5. Waste disposal industry:
Removal of asbestos, contaminated materials or building rubble.
Extraction of sludge, slag or hazardous waste

6. Logistics, warehouses and workshops:
Cleaning large storage areas, high racks, transportation routes
Removal of packaging residues, cardboard dust or granulates

Important criteria when using industrial vacuum cleaners:

For professional use, pay attention to the following points when selecting:

• Suction power and air volume, matched to the material.
• Filter class according to EN standard e.g. L, M, H.
• Operating environment, e.g. dry, wet, potentially explosive or hygienic.
• Material resistance to oils, chemicals, abrasive substances.
• Ergonomics and operability, especially for daily use
• Safety functions such as automatic switch-off, fill level detection or radio remote control

Industrial vacuum cleaners are highly specialized cleaning and extraction devices that go far beyond the function of a normal vacuum cleaner. They play a central role in the safety, efficiency and cleanliness of industrial processes and must be individually tailored to the respective requirements. Whether coarse chips, fine dust, toxic particles or liquids - there is a suitable solution for every application, from mobile workshop vacuum cleaners to permanently installed large-scale systems. Well thought-out use reduces downtimes, improves product quality and protects people and the environment.

Here you will find an overview of the most important points to consider when purchasing industrial vacuum cleaners:

When buying industrial vacuum cleaners, a precise selection is crucial, as these devices are often used in safety-critical, hygienic or heavily polluted environments. The wrong model can not only work inefficiently, but also entail legal, health or economic risks. Therefore, all relevant requirements and properties should be systematically checked.

• The first step in the selection process is to know the exact application:
• What type of dirt is to be extracted - dry substances, liquids, oily media, chips, dust, fine particles or a combination?
• Is the dirt hazardous to health, flammable, corrosive or toxic?
• How large is the area, how often is the vacuum cleaner used - daily, in shifts, occasionally?
• Does the appliance need to be mobile or should it be used stationary?
• Is the vacuum cleaner part of a production process, e.g. extraction on machines, or is it used for cleaning?
• The right vacuum cleaner can only be selected if the intended use is clearly defined.
• Depending on the material and environment, either a high vacuum or a high air volume is required:
• Fine, heavy particles, e.g. metal grinding dust, require high negative pressure.
• Light, large volumes, e.g. packaging residues or sawdust, require a high air flow rate.
• The suction power must match the material, pipe diameter and hose length. Filter wear and the distance to the place of use also influence the required performance.
• A key criterion is the filtering of the extracted medium. The EN 60335-2-69 standard specifies a dust class depending on the health risk:
• Dust class L for simple, harmless dusts, e.g. house dust and wood dust.
• Dust class M for harmful dusts, e.g. quartz, concrete and paint.
• Dust class H for carcinogenic, pathogenic or radioactive dusts, e.g. asbestos, lead or mold.
• The industrial vacuum cleaner must not only have the appropriate filter, e.g. HEPA or ULPA, but it must also be certified, sealed and, if necessary, self-cleaning.
• A closed disposal system is important for hazardous dusts.
• The type of collection plays an important role:
• Dry vacuum cleaners are designed for dusts, powders and chips.
• Wet vacuum cleaners are used for extracting water, oils, emulsions or other liquids.
• Wet/dry vacuum cleaners offer maximum flexibility, but require a sophisticated filter system to prevent damage.
• Pay attention to whether the wet vacuum cleaner switches off automatically when the tank is full or whether manual control is required.
• The housing, hose, filters and seals must be chemically, thermally and mechanically resistant:
• For oils, coolants or chemicals, special materials are required, e.g. stainless steel, acid-resistant plastics.
• Heat-resistant components are required for hot dusts.
• In potentially explosive areas, ATEX approval is required - including earthing, non-sparking components and suitability for combustible dusts.
• The size of the collection container depends on the amount of material to be collected:
• A compact tank is sufficient for small cleaning jobs.
• In industry, e.g. for chips or powder, large-volume containers with 50-100 liters or more are common.
• How the container can be emptied is important:
• By tipping mechanism, pallet truck, interchangeable bag, folding mechanism or hose connection
• For hazardous substances: **closed removal**, e.g. via safety sacks or big bags.
• An industrial vacuum cleaner should be user-friendly and ergonomic:
• Easy to maneuver, even on uneven ground thanks to large castors and robust axles.
• Sufficient cable length and hose reach
• Good accessibility for maintenance, changing filters or emptying containers
• Optional: remote control, automatic operation (e.g. automatic switch-on when starting the tool)
• Noise emissions can be problematic in closed rooms or during continuous operation. Good industrial vacuum cleaners have sound insulation or special silent technology.
• In sensitive areas such as hospitals, clean rooms and laboratories, the appliance must minimize not only noise but also particle emissions, heat emission and vibrations.
• Maintenance is particularly important for continuous use:
• Is there automatic filter cleaning, e.g. air pulse, vibration system?
• How easy is it to change the filter?
• Are there local service points or a fast spare parts service?
• Is the vacuum cleaner certified and documented so that maintenance schedules can be adhered to?
• Inexpensive devices without reliable service can be expensive in the long term.
• An industrial vacuum cleaner should be fully developed and tested:
• Look for manufacturers with experience in this industry
• Certificates such as GS mark, CE, ATEX, ISO 9001 provide security
• Check whether there are references or pilot projects in a similar environment
• For safety-relevant applications, it may make sense to use individually configured devices.

The purchase of industrial vacuum cleaners requires careful technical and operational testing. Not every vacuum cleaner is suitable for every application - the material to be vacuumed, the ambient conditions, legal requirements and integration into existing processes are decisive. A high-quality, correctly designed device not only ensures cleanliness, but also protects employees, machines and production quality. In the long term, a well thought-out investment pays off in terms of reduced wear, less downtime and better health protection.

Industrial vacuum cleaners can be purchased from various suppliers. You will find comprehensive information on manufacturers and suppliers of Industrial vacuum cleaners around the world on Exportpages.