Filter TOWER – Mechanical Aerosol Mist Separator for Extreme Coolant Mist

The Filter TOWER – Mechanical Aerosol Mist Separator for Extreme Coolant Mist is a mechanical aerosol mist separator designed for industrial production processes with high levels of aerosols, metalworking fluid mist, oil mist, and moist process air. The model range was developed for demanding operating conditions in heavy industry, metalworking, and industrial series production. It is suitable both for the direct capture of individual emission points as a decentralised extraction solution and for the grouped extraction of several machines within a central filtration system. In everyday industrial operations, aerosols are generated wherever water-miscible metalworking fluids, oil-based lubricants, or process fluids are combined with high rotational speeds, compressed air, heat, or mechanical processing. Particularly during machining operations such as turning, milling, drilling, grinding, or sawing, as well as during non-cutting metal-forming processes, extremely fine liquid particles can enter the surrounding air. The FMN Hydro Filter TOWER was designed specifically for these applications. It captures contaminated air, reliably separates liquid aerosols, and supports clean, safe, and cost-effective production. Airflow rates of up to 50.000 m³/h can be achieved.

Applications of the TOWER Emulsion Mist Separator

The Filter TOWER is used wherever aerosol mist, metalworking fluid mist, oil mist, or moist airborne contaminants must be captured directly at their point of origin or through a central extraction system. Thanks to its robust design, the model range is particularly suitable for heavy industry and production environments in which machinery operates continuously under high process loads.

An important application area is machining with water-miscible metalworking fluids. These fluids are used in many metalworking companies because they provide cooling and lubrication and transport chips away from the machining area. At the same time, they can generate fine aerosols that would remain in the factory air without suitable extraction and filtration technology. Oil-based lubricants also produce mist and oil-containing aerosols, requiring high-performance separation technology.

Typical applications include CNC machining centres, lathes, milling machines, grinding machines, honing machines, transfer lines, and automated production lines. The TOWER range offers significant advantages over conventional filter concepts, particularly in processes involving a high proportion of metalworking fluid, heavy mist discharge, or highly aqueous emulsions.

Typical Applications

  • Extraction of aerosol mist in heavy industry
  • Filtration of metalworking fluid mist from water-miscible MWFs
  • Separation of oil mist generated by machining processes using oil-based lubricants
  • Direct capture of individual emission points on machine tools
  • Central grouped extraction for several machining systems
  • Air purification during metal-cutting operations
  • Extraction during turning, milling, drilling, sawing, and grinding
  • Aerosol separation during non-cutting metal-forming processes
  • Use on presses, forming systems, and production lines
  • Reduction of mist formation in production halls
  • Reduced contamination of the machine environment, factory air, and exhaust-air systems
  • Integration into existing extraction and filtration concepts
  • Project-specific solutions for high airflow volumes and continuous operation
  • Mechanical pre-filtration and main filtration of liquid aerosols

The combination of direct capture, central connection, and modular expandability allows the Filter TOWER to be flexibly adapted to different production layouts. This makes it especially attractive for companies that currently extract emissions from individual machines but intend to integrate additional production areas in the future.

Features of the Filter TOWER Emulsion Mist Filter

The Filter TOWER uses a carefully engineered, variable, multi-stage filtration system. The individual filter stages are coordinated so that liquid aerosols are first efficiently separated from the process air and then subjected to further filtration. The objective is high separation efficiency combined with a compact footprint.

At the heart of the system is the self-draining Hydro filter. The collected oils or aerosols condense within the filter medium. Gravity then drains them back out of the Hydro filter. This process continuously relieves the load on the filter medium because separated liquid does not remain permanently inside the filter. As a result, the filtration technology has a self-cleaning effect and helps prevent premature saturation.

The draining capability is a decisive advantage in applications involving high liquid loads. While conventional filter media may reach their capacity more quickly when exposed to large quantities of aerosols, the Hydro filter is designed for the repeated discharge of liquids. The Hydro filters can also be backwashed and reused several times. This improves the system’s cost-effectiveness and supports resource-efficient operation.

Another important feature is its compact design. Floor space is especially valuable in heavy industry and densely occupied production halls. The Filter TOWER makes efficient use of the available space and, depending on the configuration, can be installed either as a decentralised unit close to the machine or as a central component of a grouped extraction system.

Your Benefits at a Glance

  • Mechanical aerosol mist separator for demanding industrial processes
  • Suitable for decentralised direct capture and central grouped extraction
  • High-efficiency separation of aerosols, metalworking fluid mist, and oil mist
  • Particularly suitable for water-miscible metalworking fluids and oil-based lubricants
  • Suitable for machining and non-cutting metal-forming applications
  • Hydro technology with controlled drainage of liquid aerosols
  • Self-draining filtration through condensation within the filter medium
  • Gravity-assisted liquid discharge from the Hydro filter
  • Self-cleaning effect that helps prevent premature filter saturation
  • Significantly longer service life compared with filter solutions that saturate quickly
  • Backwashable Hydro filters for repeated reuse
  • Variable, multi-stage filtration for different process requirements
  • Compact, space-saving design for installation close to production equipment
  • Flexible product range for different airflow volumes and emission sources
  • Can be configured as a stand-alone unit, grouped solution, or central filtration system
  • Variable-frequency-controlled fans for efficient system operation
  • Airflow capacity can be adapted to changing processes
  • Reduced operating costs through demand-based fan output
  • Robust solution for continuous operation and high aerosol loads
  • Suitable for modernising existing extraction systems
  • Modular expansion as production capacity increases

These characteristics make the Filter TOWER a future-proof solution for companies seeking to combine reliable aerosol separation with cost-effective operation.

The Filter TOWER mechanical aerosol mist separator for extreme MWF mist has a modular design and can be adapted to changing application requirements.

Benefits for the Operator

For operators of industrial production systems, filtration performance alone is not the only consideration. Service life, energy consumption, adaptability, and ease of maintenance are equally important. The Filter TOWER delivers clear added value in all of these areas.

The self-draining Hydro technology removes separated liquids from the filter medium. This reduces the load on the filter elements and helps maintain stable operating conditions over longer periods. Particularly where aerosol volumes are high, this effect can make the difference between frequent filter changes and predictable maintenance.

The backwashable Hydro filters further improve cost-effectiveness. Because they can be reused several times, fewer replacement filters are required. Maintenance intervals can also be planned more effectively and downtime reduced. This is an important factor for companies with high machine throughput, multi-shift operations, or continuous production.

Energy requirements were also taken into account when designing the system. The different versions are equipped with variable-frequency-controlled fans, allowing the airflow capacity to be adapted to actual process requirements. When less extraction capacity is needed, the system can operate more efficiently. When machining conditions change, the airflow can be adjusted while maintaining optimum efficiency.

Filter System Applications

  • Machine tools with high metalworking fluid input
  • CNC machining with high aerosol generation
  • Machining using aqueous emulsions
  • Production facilities with high aerosol loads
  • Heavy-industry applications involving robust, continuous processes
  • Metalworking with water-miscible metalworking fluids
  • Production using oil-containing lubricating and cooling media
  • Individual machines with direct emission capture
  • Production lines with central extraction
  • Systems with frequently changing process conditions
  • Air filtration systems requiring modular expansion
  • Machining centres with several emission points
  • Forming technology involving moist process air
  • Series production with long machine operating times
  • Contract manufacturing involving changing materials and processes
  • Modernisation of existing extraction technology
  • Construction of new, energy-efficient filtration and extraction systems

The Filter TOWER combines mechanical separation, liquid drainage, and demand-controlled airflow. It is therefore suitable for companies looking for a robust technical solution while also focusing on operating costs, maintenance, and system availability.

Filter TOWER for Centralised and Decentralised Aerosol Extraction

A major advantage of the Filter TOWER is its flexible integration into different production concepts. In decentralised applications, contaminated air is captured directly at individual emission points. This is particularly useful when individual machines generate large quantities of aerosols or when a localised retrofit is required.

With central grouped extraction, several machines or emission sources are connected to a shared filtration system. This configuration is suitable when production areas are to be uniformly planned, expanded, or optimised in terms of energy efficiency. Thanks to the flexible product range, the filtration solution can be adapted to the required airflow, ductwork configuration, type of emissions, and operating times.

The combination of the Hydro filter, multi-stage filtration, and variable-frequency-controlled fan makes the Filter TOWER particularly suitable for changing requirements. When the process changes, the airflow capacity can be adjusted without fundamentally redesigning the system. This ensures that the filtration solution remains usable over the long term.

Technical Data for the TOWER Emulsion Mist Separator

The Filter TOWER is technically configured on a project-specific basis. Relevant factors include the required airflow, aerosol concentration, type of metalworking fluid used, oil content, machine enclosure, ductwork configuration, installation location, and intended operating mode.

Product Overview: Two-Stage TOWER Emulsion Mist Filter

Product Airflow max. m³/h Power in kW L in mm T in mm H in mm D (Ø) in mm
TOWER12 1.500 2,2 575 470 1.970 150
TOWER30 3.000 3,9 575 920 2.034 250
TOWER60 6.000 5,6 1.150 920 2.400 * nach Auslegung
TOWER90 9.000 * nach Auslegung 1.725 920 2.653 * nach Auslegung
TOWER120 12.000 * nach Auslegung 2.300 920 2.653 * nach Auslegung

References

emulsionsnebelfilter-tower-12

TOWER12 Emulsion Mist Separator

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TOWER30 Emulsion Mist Filter

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TOWER90 Emulsion Mist Separator

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TOWER60 Emulsion Mist Filter

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TOWER90 Emulsion Mist Filter

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TOWER90 Emulsion Mist Filter

emulsionsnebelfilter-tower90

TOWER90 Emulsion Mist Separator

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TOWER60 Air Fresh Emulsion Mist Filter