Why Choose Rear Axle for Rice Transplanter？

Efficient operation in complex terrain

The Rear Axle for Rice Transplanter features a four-wheel drive front and rear axle structure, which gives it exceptional walking adaptability in complex and varied agricultural terrain. Whether it is hilly terraced fields with large terrain undulations or muddy and soft paddy fields, this drive bridge can ensure the stable movement of the machine and avoid problems such as vehicle sinking.

Compact design suitable for various scenarios

The compact structure brought by the optimized design of the whole machine enables the rice transplanter equipped with Rear Axle for Rice Transplanter to flexibly shuttle between various work scenarios. In narrow fields, irregularly shaped plots, and special areas near ridges, canals, etc., the compact body can easily turn and operate, effectively avoiding situations where the body is too large to operate. The compact structure also facilitates the transportation and storage of machines. During busy farming seasons, they can be quickly transported to different work locations, improving equipment efficiency and meeting diverse agricultural production needs.

Convenient steering enhances operational experience

The steering mechanism of Rear Axle for Rice Transplanter adopts a planetary mechanism, making steering extremely lightweight. The operator only needs a small amount of force to complete the steering operation, greatly reducing labor intensity. Especially in long-term rice transplanting and seedling throwing operations, it reduces the fatigue of operators and improves the comfort of the operation. The position sensor equipped with the steering mechanism can accurately detect the steering angle. With the development trend of modern smart agriculture, through remote control, operators can command operations in a safe area far away from the machines, which not only improves the safety of operations, but also enables multiple machines to work together, improving the efficiency of large-scale agricultural operations.

Stable transmission ensures continuity of operation

The front axle transmission adopts a meshing sleeve type shifting, effectively reducing shifting impact and making power transmission smoother. During the frequent shifting process of the rice transplanting and seedling throwing machine, this stable transmission method reduces the wear of mechanical components, extends the service life of the front axle, and reduces the maintenance cost and failure rate of the equipment. The stable transmission performance ensures the stable power output of the machine during operation, avoiding speed fluctuations caused by gear shift impacts, ensuring the uniformity and continuity of transplanting and seedling throwing operations, and improving the quality of seedling planting.