How Can Rotary Tiller Improve Agricultural Efficiency on Mountain?

The cultivation of complex terrains such as mountains and forests often faces problems such as low efficiency and poor tool adaptability. The mountain weeding rotary tiller combines traditional rotary tillage functions with excavator power, providing a solution suitable for non flat terrain scenarios in forestry, agriculture, animal husbandry, and animal husbandry. Its core design revolves around "power adaptation" and "cultivation efficiency", and achieves functional expansion through modular structure, suitable for environments where traditional machinery is difficult to operate such as steep slopes and gravel fields.

I. Technical principles and structural design

The equipment is powered by an excavator and drives the rotary tiller group to rotate through a hydraulic system. The blade group is made of high-strength alloy steel material, arranged in a spiral pattern to reduce soil resistance, and equipped with adjustable baffles to control the particle size of crushed soil. The plowing depth can be adjusted within the range of 20-40 centimeters through a hydraulic rod, and the plowing width is fixed at 140 centimeters to meet the needs of single row crop planting. The total weight of the equipment is 420 kilograms, and cross ditch operations are achieved through the lifting function of the excavator arm, avoiding the limitations of traditional micro tillage machines that require frequent movement.

II. Core functions and application scenarios

The equipment is designed with the feature of "one machine for multiple uses". In addition to the basic rotary tiller function, it can also perform operations such as weeding, loosening soil, and trenching by replacing the blade group. Used for weeding in young tree care areas in forestry to avoid the impact of chemical pesticides on the ecology; Suitable for inter row management in orchards and tea gardens in agriculture, reducing labor costs; In the livestock scene, weeds around the farm can be quickly cleared to reduce the risk of pest infestations. Its power source is the hydraulic system of the excavator, which does not require additional engine configuration and is suitable for use in conjunction with existing agricultural machinery and equipment.

III. Operation points and safety regulations

When using, it is necessary to ensure that the hydraulic system pressure of the excavator is stable. It is recommended to control the speed of the rotary tiller blade group at 180-220 revolutions per minute to balance efficiency and energy consumption. Before starting the homework, it is necessary to clean up hard objects such as stones in the site to avoid damage to the knife set. When adjusting the plowing depth, it is necessary to gradually press down to prevent the equipment from tilting forward. The equipment is equipped with an emergency braking device, which will automatically stop the rotation of the blade group when the hydraulic system pressure is abnormal. Operators are required to wear goggles and dust masks to avoid injury from flying debris.

IIIV. Technical parameters and adaptability analysis

The productivity is marked as 2200 square meters per hour (based on a plowing depth of 30 centimeters and a plowing width of 140 centimeters), and the actual efficiency is affected by factors such as soil moisture and stone content. The power type is suitable for excavators of 20 tons or more, and the hydraulic flow rate needs to reach 80 liters per minute or more. The equipment supports customized processing, such as extending the plowing width to 180 centimeters or adding lateral displacement function, but it is necessary to confirm the compatibility of the excavator interface with the manufacturer in advance. The whole machine adopts modular design, and damaged parts can be replaced separately to reduce maintenance costs.