Functional Positioning

This agricultural machine is specially designed for harvesting mature sugar beet tubers, focusing on solving the efficiency and quality problems in the sugar beet harvesting process. Its core advantage lies in its ability to adapt to common sugar beet planting row spacing of 40-60cm, and can simultaneously harvest four rows of crops, greatly reducing the harvesting time per unit area, especially suitable for the production needs of large-scale sugar beet planting bases. ​

Highlight performance advantages

Efficient integration of the entire process: It realizes the integrated operation of the entire process from underground excavation, tuber picking, soil cleaning, crop lifting, transportation, to film stripping, stem and leaf separation, and automatic loading, without the need for additional auxiliary equipment. A single machine can complete the entire harvesting process, and the operating efficiency is increased by more than 40% compared to traditional equipment. ​
Wide line spacing adaptation: With a flexible job adjustment mechanism, it can not only accurately match standard line spacing such as 40cm, 50cm, 60cm, but also be compatible with various sugar beet cultivation modes such as machine transplanting, manual mulching, and live streaming planting, meeting the personalized needs of different growers. ​
All terrain soil compatibility: Designed for complex agricultural environments, optimized soil loosening structures can be used to avoid clumping and blockage in cohesive soils, precise control of harvesting depth can be achieved in sandy soils to reduce tuber omission, and even in plots with small amounts of gravel, stable operations can be ensured through wear-resistant components. ​
Key structural design

Enhanced rotary screen: adopting a biomimetic arc-shaped screen surface and a stepped screening structure, efficient separation of soil and tubers is achieved through adjustable speed rotation, with impurity removal rate of over 95%; At the same time, the special curvature design of the screening body can form directional airflow, assist in gathering scattered beetroot, and reduce harvesting losses. ​
High wear resistant plow blade component: The plow blade is made of tungsten carbide alloy material, combined with an integrated forged blade structure, which not only ensures the sharpness of soil cutting, but also improves the impact resistance of the components. The service life of the component is more than three times longer than that of ordinary plow blades when operating in complex plots, and the overall structure is simple, making maintenance and replacement convenient in the later stage. ​
Compact overall layout: adopting a modular design concept, optimizing the distribution of the body’s center of gravity, and equipped with a small turning radius steering system, it can flexibly turn even in narrow passages in the field; At the same time, the height of the aircraft can be adjusted according to the growth of crops, making it more adaptable to different terrains such as hills and plains. ​

This sugar beet harvesting equipment can be regarded as an efficient tool in field operations, redefining the standards of sugar beet harvesting with its outstanding performance. In field work scenarios, it demonstrates extremely strong operational capabilities, easily completing the harvesting task of hundreds of acres of sugar beets in a single day, significantly reducing the time cost under traditional harvesting modes and bringing significant efficiency improvements to large-scale growers.