a) Use of fans/conveyors with laminar air flow technology without blade
b) positioning of the fan on the three-point fitting and approach of the hook to the wheels resulting in a reduction in the turning radius of the tractor + tool yard
c) an independent pump dedicated to mixing
d) electronic control of auxiliary handling on the machine
The corresponding advantages:
a1) generation of a laminar flow that reduces drift phenomena up to more than 90%
a2) Optimum distribution of air flows between the right and left sides to optimise symmetry in distribution
a3) high level of vegetation agitation allowing efficient wetting of the under side of leaves
a4) lightweight and high visibility slim design that favours stability and manoeuvrability
a5) lightweight solution that allows easy and flexible positioning of conveyors near the leaf wall
b1) lightening of the load on the wheels of the machine, resulting in less soil compaction and greater ability to advance in soils even in non-ideal conditions
b2) greater ease, flexibility and handling speed
a+b) increased working efficiency and reduction of losses, to the advantage of less consumption of plant protection products, less working time and less consumption of diesel, resulting in greater economic and environmental sustainability
c1) mixing adjustable according to the specific plant protection product and the amount of mixture in the tank
c2) reduction of segregation or incorrect mixing
d1) the presence of an electronic control of the auxiliary handling on board the machine allows the tool to continue to operate manually and complete the treatment even in case of a communication anomaly due to the wiring or monitor