Industrial vacuum cleaners for the metalworking and engineering industry

Industrial vacuum cleaners for the metalworking and engineering industry

Maintaining machine tools and cleaning work environments are important activities for the metalworking industries as it results in less downtime, and greater levels of safety and productivity.

 
Industrial vacuum cleaners for the metalworking and engineering industry

INDUSTRIAL VACUUM CLEANERS FOR MACHINE TOOL MAINTENANCE: OIL RECOVERY AND SEPARATION FROM CHIPS

Machine tools produce chips that must be removed after each work cycle. The Tecnoil line of industrial vacuums offers you the most effective tools for the job, making it possible to suck up chips and emulsions, separate them and re-insert the oil back into the system.

Thanks to these industrial vacuum cleaners, it is possible to:
- save on the cost of repurchasing oil
- save on the cost of disposing of used oil
- carry out machine tool maintenance and cleaning quickly and easily
- Limited stand-by time for machinery maintenance

The Tecnoil line is a complete range of industrial vacuum cleaners engineered by Delfin to cover every requirement for extracting oil and chips from machine tools. The problem of sucking up thick emulsions or sludge is a thing of the past.

 

THE BEST VACUUM SOLUTION FOR UTILITY MACHINES THAT USE OILS


The presence of metal shavings inside oil tanks after processes makes it difficult to filter and reuse emulsions after each working cycle.
ith the use of an industrial vacuum cleaner, it is possible to vacuum the oil and shavings mixtures from any type of tank, small or large, separating the oils from the shavings and allowing the emulsions to be reused for the next working cycle


 
DISCOVER THE TECNOIL RANGE

HOW DOES A TECNOIL WORK


Oil and swarf are vacuumed and enter the filter chamber of the vacuum cleaner, then the swarfs are filtered and retained by the grilled basket allowing an easy collection.
The filter and the float prevent oil or oily mists from coming into contact with the motor and causing significant damage to the vacuum cleaner.  The oils are then collected in the container and returned to the CNC machine by means of the discharge pump, guaranteeing a saving on oil repurchase

REMOVE SHAVINGS FROM YOUR MACHINERY

The finishing and cutting operations carried out with numerically controlled machines, which do not use oil, generate a large quantity of chips. Their disposal and the cleaning of each machine from swarf requires time and continuous interruptions of production cycles that slow down the progress of the work.
The use of a vacuum cleaner designed for the efficient removal of swarf during machining ensures effective cleaning of all the swarf found, even in large quantities.

CHECK THE VACUUM SEPARATOR
INDUSTRIAL VACUUM CLEANERS FOR ADDITIVE MANUFACTURING

INDUSTRIAL VACUUM CLEANERS FOR ADDITIVE MANUFACTURING

New production technologies such as additive manufacturing involve the use of highly explosive powders, such as titanium, aluminium or carbon.
It is therefore necessary to ensure a complete removal of the powders by inerting them to eliminate any explosive risk, this would guarantee:

  • Zero risk of contamination between different dusts and different production batches
  • Greater safety in dust management
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INDUSTRIAL VACUUM CLEANERS FOR PRECIOUS METALS

INDUSTRIAL VACUUM CLEANERS FOR PRECIOUS METALS

When working with precious metals, every grain of dust has an important economic value. Their recovery is necessary in order to avoid their dispersion and loss of profit.
Delfin has developed various dust extraction solutions able to recover any processing residue, keeping their characteristics unchanged

ATEX INDUSTRIAL VACUUM CLEANERS WITH LIQUID INERTISER FOR EXPLOSIVE DUST

ATEX INDUSTRIAL VACUUM CLEANERS WITH LIQUID INERTISER FOR EXPLOSIVE DUST

Industrial vacuum cleaners designed for this purpose must safely remove combustible dust and immerse it in a special oil to render it inert.
Delfin has developed ATEX certified industrial vacuums with immersion separators built in, that are capable of inerting dust arising from additive manufacturing processes.

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