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Efficient plowing and rotary tillage technology helps rural revitalization
2024-09-02
The application of unmanned autonomous self-propelled tractors is ushering in a new wave of agricultural management. This high-tech and intelligent robot, with its exceptional performance and comprehensive functionality, is set to revolutionize traditional farming practices. From plowing to tilling, from spring to autumn, the Lingxi 604 can fully assist farmers, completing various tasks with precision and efficiency. It significantly frees farmers from strenuous manual labor, allowing them more time and energy to focus on detailed management and innovative development.
High Efficiency and Precision: Soil Improvement
The plow attached to this unmanned autonomous self-propelled tractor is its fundamental tool, primarily used for plowing and soil preparation, providing a clean and favorable environment for crop growth. By loosening the soil, the plow can expose pests and bacteria lurking underground, thereby creating a healthier growth environment for crops. After plowing, the soil becomes softer, with enhanced aeration that benefits root respiration and growth. During the plowing process, organic matter in the soil and nitrogen fixed in root systems are brought to the surface, offering fresh nutrients for crops, thereby increasing soil fertility and productivity.
The plow, through mechanized operation, achieves a plowing efficiency far surpassing manual efforts, enabling large-scale land preparation within a short time. Before sowing, the plow aids farmers in loosening the soil, improving its structure and quality. Loosening the soil accelerates crop growth, ensures uniform growth, and maximizes yield. Through scientific and reasonable tilling practices, the plow helps protect land resources, avoiding overexploitation and damage, and contributes to the sustainable development of agricultural production.
Precision Operations: Optimizing Soil Structure：
The rotary tiller attached to the unmanned autonomous self-propelled tractor is a crucial tool in agricultural production, playing a significant role in improving soil structure and promoting crop growth. With high-precision sensors and an intelligent control system, the tractor can monitor soil conditions in real time and automatically adjust the depth and speed of tilling as needed. The rotary tiller, with its rotating blades, cuts the soil into smaller pieces, enhancing the soil's fine texture and ensuring better mixing of particles and even distribution of nutrients.
Additionally, the unmanned autonomous self-propelled tractor can apply fertilizer during the tilling process, achieving the dual effects of precise fertilization and soil improvement. Rotary tilling breaks up soil compaction, increases soil looseness, and reduces weed growth and spread. It improves the physical structure of the soil, enhancing its aeration and water permeability, thereby creating favorable conditions for crop root growth.
During the rotary tilling process, pathogens and pest eggs in the soil are also exposed to air, where natural factors such as ultraviolet light and microbial competition help eliminate or suppress them, reducing the risk of crop diseases and pests. The soil surface after rotary tilling is relatively flat, facilitating subsequent operations such as sowing and irrigation. The improved soil environment promotes root growth and expansion, enhancing crop resilience and yield.
As the unmanned autonomous self-propelled tractor completes tasks like plowing and rotary tilling, the power of technology is vividly demonstrated. Over time, it will continue to perform other crop protection tasks, enabling farmers to operate with greater ease in agricultural production. It is steering agriculture toward a more intelligent and efficient future.
Company: Shaanxi Shangyida IoT Technology Co., Ltd.
Email: shangyidaservice@gmail.com
Tel: +86 029-8579-6416
URL: https://www.sydauto.com/
Address: 3rd Floor, Building B6, No. 176 Biyuan 2nd Road, High-Tech Zone, Xi'an City, Shaanxi Province, China