Magnetic lifting

Vazzoler s.r.l. designs and manufactures electromagnetic and electro-permanent equipments, intended to the steelworks, rolling mills and sale stores, for the handling of steel products.

Our production includes:

  • circular, rectangular and oval electromagnets for the scrap lifting;
  • electromagnets and electro-permanent devices with or without suspension crossbars to lift single or layers of beams, pipes, square and round billets;
  • electromagnets and electro-permanent devices with or without suspension crossbars to lift slabs, plates and plate coils;
  • electromagnets with or without suspension crossbars to lift bundles of beams, of flat irons, square irons, angle irons, metal profiles, smooth or ribbed round irons and wire rod coils;
  • electric devices with or without groups of safety batteries for the feeding and the control of the electromagnets and of the electro-permanent devices.
Handling of scrap by means of a circular electromagnet weighting 9.4 ton.
Handling of scrap by means of a circular electromagnet weighting 6.54 ton.
Handling of metal swarfs by means of a circular electromagnet weighting 4.4 ton.
Handling of scrap by means of a circular electromagnet weighting 2.3 ton.
Circular electromagnet for the handling of scrap.
Circular submersible electromagnet, suitable to dip into a water-filled pit for the collection of scrap.
Circular electromagnet with detection device of the radioactivity on the lifted ferrous scrap.
Handling of scrap by means of a circular electromagnet, fed by three-phase AC, on which is assembled a d.c. generator group.
Handling of scrap by means of an oval electromagnet weighting 17.8 ton.
Handling of scrap by means of an oval electromagnet weighting 17.8 ton.
Handling of scrap by means of an oval electromagnet weighting 17.8 ton.
Handling of light scrap by means of a rectangular electromagnet, powered by batteries.
Handling of a layer of billets at 650 °C. by means of a beam with two rectangular electromagnets.
Handling of a layer of billets at 600 °C. by means of a revolving beam with two rectangular electromagnets.
Handling of a layer of billets at 150 °C. by means of a rectangular electromagnet.
Handling of a layer of billets at 250 °C. by means of a revolving beam with two rectangular electro-permanent magnets.
Handling of a layer of blanks by means of a rectangular electro-permanent magnet.
Handling of a slab by means of a rectangular electromagnet.
Handling of a slab by means of a rectangular electromagnet.
Handling of a slab by means of a beam with two rectangular electromagnets.
Handling of a slab by means of a beam with two rectangular electromagnets.
Handling of a slab by means of a beam with two rectangular electro-permanent magnets.
Handling of a steel block by means of a small rectangular electro-permanent magnet.
Handling of a steel block by means of a square electro-permanent magnet.
Handling of a plate by means of a square electro-permanent magnet.
Extensible hydraulic electro-permanent magnets beam for handling of single sheets of plates with a length of 6 to 12 meters.
Extensible hydraulic electro-permanent magnets beam for handling of single sheets of plates with a length of 6 to 12 meters.
Handling of two sheets of plates at 300 °C. by means of a beam with four rectangular electromagnets.
Handling of three sheets of plates by means of a beam with five rectangular electromagnets.
Handling of two sheets of plates at 350°C. by means of a beam with four rectangular electromagnets.
Handling of single sheets of plates at 400°C. with a maximum length of 18 metres, by means of an electromagnetic beam with powered extendable arms.
Handling of a plate by means of a beam with two rectangular electromagnets.
Handling of a sheet coil by means of a rectangular electromagnet.
Handling of five bundles of plates at 400 °C. by means of a beam with two rectangular electromagnets.
Handling of one or two bundles selectable on request by means of an electromagnetic beam.
Handling of one bundles of beams by means of an electromagnetic beam.
Handling of two bundles of beams at 400 °C. by means of an electromagnetic beam with powered extendable arms.
Handling of three bundles of round bar at 300 °C. by means of a four rectangular electromagnets beam.
Handling of three bundles of round bar by means of an electromagnetic beam with powered extendable arms.
Handling of two bundles of round bar by means of an electromagnetic beam with powered extendable arms.
Electromagnetic crossbeam with motorized telescopic arms for the handling of two round bar bundles.
Handling of three bundles of round bar with a length of 24 meters max by means of an electromagnetic beam with powered extendable arms.
Handling of two wire rod coils at 500 °C. by means of an electromagnetic beam with inside powered extendable arms.
Handling of one bundle of pipes by means of a beam with two rectangular electromagnets.
Handling of one, two or three bundles of square or rectangular tubes by means of one particular beam equipped with four rectangular electromagnets which may be rotated from 0 to 90° by hand.
Handling of one bundle of round at 350 °C. by means of a beam with two rectangular electromagnets.
Handling of one or two bundles of plates/rounds having a length of 4.5 – 6.3 – 9 – 12 meters, by using 2 central electromagnets or 3 left electromagnets, or 3 right electromagnets, or all the 4 electromagnets together, each one connected with the fixed cross beam by means of the universal joints.
Handling of a forged round by means of a rectangular electromagnet.
Handling of a round or polygonal ingot at temperature of 300 °C. by means of a particular beam equipped with rectangular electromagnet.
Handling of two rounds by means of a particular beam equipped with rectangular electromagnet.
Handling of a round by means of two rectangular electromagnets.
Handling of a layer of rounds by means of a beam with two rectangular electromagnets.
Handling of a layer of rounds by means of a beam with two rectangular electromagnets.
Handling of a layer of rounds by means of a beam with two rectangular electromagnets.
Electronic equipment, equipped with the new demagnetization system, “VVD” which reduces the residual magnetism, on the “hard” steels, when they have been moved by the electromagnetic lifters.
Electronic equipment with electronic group (for feeding and controlling electromagnets or electro-permanents) and with electronic charge batteries.
Electronic equipment with electronic group (for feeding and controlling electromagnets or electro-permanents) and with electronic charge batteries.
Electromechanical equipment with bar contactors and with electronic charge batteries.
Electronic equipment, powered by a diesel-alternator group, suitable to feed, control and adjust the electromagnets and including an automatic engagement device for the battery group.
Electronic equipment, powered by a diesel-dynamo group and by one of its batteries, suitable to feed, control and adjust the electromagnets and including an automatic engagement device for the battery group.
Electromechanical equipment, powered by a diesel-dynamo group and by one of its batteries, suitable to feed and control the electromagnets and including an automatic engagement device for the battery group.
Electronic battery charger, separated from the electric equipment, when it is powered by the diesel-dynamo group.
Batteries group to the lead of emergency.
Batteries group to the lead of emergency.
Diesel-alternator group or diesel-dynamo for the electric power supply to the electromagnetic or electro-permanent equipment, when it is installed on a fork lift or on movable lifting means.
Panel with led lamps, installed on the bridge crane, in a position clearly visible from the ground, for the displaying of the controls and alarms of the electromagnetic or electro-permanent equipment.
Signal box to be installed in the cab of the bridge crane for our electromagnetic and electro-permanent equipments.
Control box to be installed in the cab of the bridge crane for our electromagnetic and electro-permanent equipments.
Radio-control for our electromagnetic and electro-permanent equipments.

Service and maintenance

Vazzoler s.r.l. has its own internal after-sale service office with technicians, who are able to respond in real time to any request, problem or advice of their International customers. Our Company performs also maintenance service, repair and replacements of parts on its own equipments and as well as on equipments of other manufatcurers.


Guaranteed passion made in italy

All our magnetic equipments are conceived, designed, manufactured and tested in our factory in cigole - brescia.