The core function of a rotary tiller is to cut the soil through a rotating blade shaft, achieving soil pulverization and leveling, with an operation depth usually of 12-15 cm.
Paddy and Dry Land Cultivation: Widely used for tilling in rice fields and vegetable plots, crawler self-propelled models are designed for southern paddy fields, offering good performance and resistance to slipping. Northern dry fields are more suitable for heavy-duty models, which work in conjunction with high-horsepower tractors.
Hilly and Mountain Operations: Lightweight models designed for hilly terrain feature the ability to drive on steep slopes and turn on narrow rows, suitable for land reclamation and terraced field cultivation in mountainous areas.
Facility Agriculture and Orchards: Small micro-tillers are suitable for inter-tillage, weeding, soil hilling, and fertilization in vegetable greenhouses, low fruit trees, and tea gardens. They are lightweight and easy to operate.
Joint Operations and Multi-functional Expansion
Modern rotary tillers have developed into multi-purpose combined operation machines. By replacing or attaching working components, they can fulfill various agronomic requirements:
Straw Returning and Weeding: Capable of eliminating certain weeds, reducing pests and diseases, and returning straw to the field. Reverse stubble models can cover weeds and residues underground, reducing environmental pollution.
Combined Operation Functions: Can be paired with farm implements for trenching, ridge formation, precise seeding, deep fertilization, film laying, and rolling, significantly improving production efficiency.
Special Crop Management: Some models are used for harvesting forage, cultivating potatoes, tobacco, and other cash crops, meeting the needs of large-scale production.
Operational Advantages and Benefits
Compared with traditional manual or animal-powered farming, mechanical operations using rotary tillers offer significant advantages:
Improved Efficiency and Cost Savings: The operational efficiency is greatly increased compared to traditional ox plowing. Large rotary tillers can complete 8 hectares of dry land tasks in just two days, saving time and labor costs.
Improved Soil Structure: Can break the plow pan and restore the soil layer structure, enhancing water retention, moisture conservation, and aeration, providing a suitable environment for crop growth.
Promotes Large-scale Planting: Enables cultivation of hundreds of acres, promoting agricultural production toward scale, mechanization, and intelligent development.
