2ZGQ(C)-8 8 Row High Speed Rice Transplanter

Features

1. Unique Z Rotation Function: One of the standout features of our rice transplanter is its unique Z rotation function. During the transplanting process, the planting mechanism automatically rises and lowers, plants the seedlings, and marks the area automatically. This intelligent feature not only improves the planting efficiency but also enhances the overall quality of the transplanting. With just a simple control of the steering wheel, farmers can easily achieve automatic lifting, planting, and marking, making the operation much simpler and more user friendly.

2. Automatic Horizontal Control: The rice transplanter is equipped with an advanced automatic horizontal control system. This system ensures that the planting department always maintains a perfect left right balance. As a result, the left and right depths of the seedlings are consistent, eliminating the problems of floating seedlings, missing transplants, and the need for additional seedling supplementation. This stable and scientific transplanting method helps save labor costs and ensures a more uniform crop growth.

3. Multi Function Operating Handle: Our machine comes with a multi function operating handle. With this single handle, farmers can control the raising and lowering of the transplanting height, engage the transplanting clutch, and even make slight adjustments to the transplanting height. The design of the handle is intuitive and user friendly, making it easy for both experienced and novice farmers to operate the machine with ease.

4. Excellent Passability: The rice transplanter is designed to handle various terrains, especially wetland conditions. The front wheels are equipped with independent shock absorption, which effectively reduces the vibration and swing during operation, providing a more comfortable ride for the operator. Additionally, it has a high ground clearance, with the minimum ground clearance reaching up to 440 mm, ensuring that the machine can traverse through uneven and muddy fields without getting stuck. The use of a powerful, imported Japanese engine further enhances its performance and reliability, even in the most challenging field conditions.

5. Increased Visibility and Seedling Capacity: The machine features an enlarged and widened visibility pedal, which provides the operator with a better view of the path and the planting area. At the same time, it allows for more seedlings to be placed, ensuring a continuous supply of seedlings during the transplanting process. This not only improves the efficiency of the transplanting but also reduces the downtime for refilling seedlings.

Applications

1. Traditional Paddy Fields: In traditional paddy fields, where the soil conditions can be soft and muddy, our rice transplanter's excellent passability and precise transplanting features make it an ideal choice. The machine can easily navigate through the wetland, planting seedlings at the correct depth and spacing, regardless of the field's topography. This helps traditional rice farmers improve their productivity and reduce the labor intensive nature of the planting process.

2. Mechanized Rice Growing Regions: In regions where rice farming has already embraced mechanization, our advanced rice transplanter can further enhance the efficiency of the operation. It can be integrated into existing farming systems, working in tandem with other agricultural machinery such as tractors and harvesters. The high tech features of the transplanter, such as the automatic horizontal control and multi function operating handle, make it a valuable addition to any modern, mechanized rice growing operation.

3. Newly Developed Rice Growing Areas: For newly developed rice growing areas, where farmers may not have extensive experience with modern agricultural machinery, our rice transplanter's user friendly design is a great advantage. The simple to operate features, such as the Z rotation function and the multi function handle, make it easy for new farmers to quickly learn how to use the machine. This can help these areas rapidly develop their rice growing capabilities and contribute to local food production.