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Züern’s topcut system: revolutionising crop harvesting

TopCut system is designed to be compatible with a variety of harvester types.(Image credit: Züern)

The TopCut system by Züern Harvesting is an innovative solution designed to improve the efficiency and precision of harvesting tall, deep-rooted crops such as cereal grains and grass-based crops

Aimed at conventional farming, this system uses advanced cutting technology to streamline the harvesting process, benefiting both farmers and the environment.

A standout feature of the TopCut system is its cutting mechanism, which harvests crops at an optimal height, generally above the root zone. This method reduces soil disturbance, preventing unnecessary damage to plants and improving the overall quality of the harvested crop. By cutting at this higher level, it also protects the root system, especially in crops that grow in deeper soils, ensuring minimal disruption and stress to the plant.

The TopCut system is designed to be compatible with a variety of harvester types, making it easy for farmers to integrate with their existing machinery. This versatility is particularly valuable for large-scale, high-output farming operations, where efficiency is key. Additionally, the system includes a cleaning mechanism that removes contaminants from the crops during harvest, reducing the need for extensive post-harvest processing.

From an environmental perspective, the TopCut system plays a role in promoting sustainability. By cutting crops at the right height, it helps minimise the need for excessive tillage, which in turn reduces soil erosion and preserves the soil’s natural structure. Maintaining the integrity of the root zone also supports healthier crop growth in the following seasons, contributing to a more sustainable farming cycle.

In essence, the TopCut system offers a forward-thinking approach to crop harvesting, balancing efficiency, quality, and environmental sustainability. Its precision cutting technology, ease of integration with existing equipment, and focus on long-term agricultural productivity make it a valuable tool for modern farming.