Nozzle & air technology
Danfoil technology delivers a huge amount of energy to the small droplets and guides them perfectly into the crop. This reduces drift and provides very uniform coverage - even at the bottom of tall crops.
With conventional nozzles, it is necessary to use high water volumes and large droplets to avoid drift and ensure penetration into the crop.
Large droplets make poor coverage and tend to run off the leaves.
Danfoil technology can control the small droplets and ensure good coverage. Even the smallest plants are affected due to the good coverage.
The most simple and efficient way to perform precision spraying.
Conventional nozzles rely on gravity to pull the droplets to the ground. Small droplets therefore have very little kinetic energy.
This increases the risk of drift and results in poor penetration.
Danfoil technology adds a huge amount of energy to the tiny droplets and guides them perfectly into the crop.
It's even possible to hit the bottom of tall crops, creating good coverage of the entire plant.
Danfoil technology delivers a huge amount of energy to the small droplets and guides them perfectly into the crop. This reduces drift and provides very uniform coverage - even at the bottom of tall crops.
A large modern sprayer in a compact package - designed for high capacity packed with precision technology.
For those who want to combine very high capacity with a strong capacity-to-weight ratio.
Robust trailer program with a focus on reliability, stable boom guidance and simple operation.
Focus on precision, reliability and service.
Stable boom guidance and consistent metering - designed to hit the target.
Low weight and good carrying capacity help you stay on track - even in soft conditions.
Spare parts access and support when it counts.
Built for modern terminals and data flow.
Designed for long hours of operation with a focus on durability.
Machines in multiple markets - and a platform to scale support and documentation.
Contact us for a chat - or go directly to the spare parts catalog.