Air

Microil

The Microil extractoroffers highly effective filtration for oil mists generated by emulsified cooling lubricants and whole oils on any machine tool. Available in 7 models with impellers and motors of different power ratings, it handles flows from 600 to 3000 m³/h, adapting perfectly to the different sizes and working processes of machine tools. Compact and powerful, Microil is the ideal solution for those seeking reliability and high performance in contaminated air filtration. Its versatility makes it suitable for various industrial environments, ensuring a cleaner and safer working atmosphere and contributing to the overall efficiency of the production process.

Microil Highlighted

  • Oily mist removal Oily mist removal
  • Compact and powerful design Compact and powerful design
  • Clean air recycling Clean air recycling

Microil Working Principle

  1. Oily mist inlet
  2. Backward curved blade fan
  3. Coalescence prefilter
  4. Cellulose filter cartridge
  5. Recondensed oil drainage
  6. Start/stop switch
  7. Clean air expulsion
Microil Working Principle

The polluted air is sucked in thanks to the depression exerted by the backward curved blade rotor, which aggregates the micro-particles of oil into larger sizes, recovering them through the drainage pipe.

Subsequently, the air passes through a regenerable coalescing prefilter and a cellulose cartridge, ensuring high pollutant removal efficiency.

Advantages Microil

  • Range of 7 models with flow rates from 600 to 3000 m³/h
  • Vibration reduction thanks to the reverse blade impeller
  • Space-saving solution suitable for various industrial applications
Microil Advantages
  • Configuration flexibility for different machining needs
  • Impellers and motors of different power to adapt to all machine tools
  • Ease of installation and customization
Pre Filtration
Microil

Pre Filtration

Pre-filter for chips and dust, complete with: acrylic filter, flat metal filter and labyrinth metal filter.
Post Filtration
Microil

Post Filtration

Post-filter for oil mists and fumes, complete with HEPA class filter cartridge.

Supplementary products and accessories

Pressure switch

Pressure switch

Differential pressure switch 0-100 mm.

Floor stand

Floor stand

Column stand 2000 mm.

Installation kit

Installation kit

Installation kit on board the machine including flexible suction hose, flanged sleeves, drainage pipe and hose clamps.

Frequently Asked Questions

How does Microil's centrifugal separation process work?

Microil uses a special backward-curved fan that imparts high tangential velocity to the polluted air, generating a strong centrifugal and coalescing effect. This process reagglomerates the oil microparticles into larger sizes, returning them to a liquid state to be evacuated through the drainage pipe, reducing the load on the subsequent filtration stages.

How many filter stages does Microil have and which ones are regenerable?

Microil has three filtration stages: a regenerable coalescing pre-filter with high storage capacity, a regenerable metal filter for dust and chips, and a cellulose cartridge with a large filtering surface. The first two only require cleaning with a pressure washer, while the cellulose cartridge is replaceable. This three-stage configuration ensures high pollutant reduction.

Why is grounding mandatory on the Microil?

Grounding the Microil is mandatory for safety and regulatory compliance reasons. It must be done by connecting the device's contact points with a copper braid of adequate cross-section (2.5 mm² recommended) attached to the structure, maintaining electrical continuity. This precaution prevents electrostatic charge buildup and protects operators.

How does the Microil oil drainage system work?

The Microil drainage pipe has a 1"1/2" cross-section and must be connected to a sealed collection tank, to the machine tool's oil recovery system, or to the centralized distribution system. The oil liquefied by the centrifugal process is evacuated by gravity or pressure. It is forbidden to disperse the oils into the environment and it is mandatory to dispose of them in accordance with current regulations.

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