M612 - Pull-Type Phantom | Engine Powered
M612 - Pull-Type Phantom | Engine Powered
M612 - Pull-Type Phantom | Engine Powered

M612 - Pull-Type Phantom | Engine Powered


Electrostatic Sprayer


The M612 (Engine Powered) pull-type model with independent engine, & a 2200 l-580 USG capacity tank made of stainless steel. Actual SPRAY SWATH with "GUN" head: up to 50 m (180.00') HORIZONTAL and up to 40 m (130.00') VERTICAL (Depending on tractor HP, speed, & weather conditions).

Required Tractor Power:

  • For tractors starting from 50 HP.
They are suitable for the following crops:
Orchards Oliv es Cirtus Walnuts
Chestnuts Papaya
Protected Crops
Pineapple Bananas Oil Palm Trees Mango

Technical Features

  • Centrifugal fans of special design and exceptional efficiency, producing large volumes of air and remarkably high air flow rate at very low rev number and absorbed power.

  • Spray nozzles (patented - with special profile and large - 4 mm. - diametre), thus no clogging, no jamming, no wear, no deformation. They are situated in the point where the air stream reaches a speed of up to 300 KPH and thus divide the liquid flow into extremely fine and even droplets.

  • Stainless steel high precision metering valves (patented): the output of liquid can be easily changed from 50 to 1300 I/h each; depending on the quantity (or volume) of fluid to be sprayed per hectare or acre, according to the desired tractor speed, concentration of chemicals (from normal to 2,3,4. . . 10. . .20 times), soil conditions, density of foliage, etc.

  • Low pressure, high delivery self priming centrifugal pump made in stainless steel for nozzle feed - adjustable, continuous agitation of the spray fluid, rapid, non polluting self-filling. It also powers the large capacity.

  • Pre-mix-eco attachment, ideal for preparing chemical mixtures in a closed tank, both during self-filling and when the tank is already full, by simply operating a valve.

  • Italian Quality Tank, made of reinforced polyester resin or POLY for 3P hitch and pull-type models all featuring two built-in tanks for circuit rinsing and hand wash each; made of stainless steel for engine driven models and the 2000 l (500 gal.) PTO one (rinsing and hand wash tanks are on request). The suction sumps are specially designed to assure thorough spraying even when operating on sloping grounds. The level of the liquid is clearly visible in the tank side.

  • The suction filter is external and it can be easily cleaned even when the tank is full. Sturdy, oversized frames of hot galvanised steel profile with adjustable drawbar, support feet, adjustable axles. All p.t.o. models are perfectly balanced (center of gravity on the axle) thus very manoeuvrable when empty; in operation, 50% of the useful load advantageously rests on the tractor’s hind-wheels.

  • Remote control unit within driver’s reach; equipped with glycerine pressure gauge and calibrating valve, delivering the fluid to the spray heads individually. On request: spray computer. 


The Martignani Electrostatic Spray System can REDUCE LOSSES THROUGH DRIFTING by 85%. It is the first of it's kind to be produced in Europe (1981) & the only one that has been thoroughly tested in several counties with evidence based, phyto-therapeutic results.
How it works

Thanks to the electrostatic fields formed between the plants, (sap, mineral salts, moisture, etc.) and the chemical mist that is sprayed from a Martignani Electrostatic Sprayer, with their special electrostatic charge, droplets that are saturated with the active principle are attracted by the vegetation (branches, leaves, etc.). Thus, dramatically reducing losses through drifting, even in windy weather.

  • Even distribution
  • Less loss through drifting.
  • Total use of the pesticide, thus even less product required per hectare.
  • Total coverage of even the tallest parts of the trees (where conventional mist-blowers are unable to reach) since the chemical mist that forms above the plants is attracted by these latter.
  • Jobs are done faster (up to 12 Km/hour).
  • More time saved.
  • Healthier plants and better quality produce.
  • A notable reduction in environmental pollution.
  • The lower risk of the operator being contaminated by pesticides (both by inhalation and by contact) is reduced by 70%.


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