Laser Controlled Land Leveler

Core configuration of the laser controlled land leveler

1. Centimeter-level precise leveling: Utilizing laser positioning and self-control systems, a stable reference plane is constructed using laser beams (which can be set to horizontal or inclined slopes). The operational error is strictly controlled within ±2 centimeters. For some dual-laser-equipped models, the error can be as low as 1 centimeter. This can effectively address the common problems of uneven leveling and inaccurate slopes in traditional methods.

2. Laser Control System: Equipped with imported high-precision laser emitters and all-round laser receivers, it features an automatic leveling function. In the event of vibration or collision causing deviation, it can automatically stop emitting, give an alarm, and return to a level position; the receiver can receive laser signals in a 360-degree range, and promptly transmit the position signal to the controller, ensuring rapid response and reliability.

3. Hydraulic drive system: The laser land leveler equipped with high-performance hydraulic valves and lifting cylinders. Controlled by the controller, it automatically adjusts the lifting of the flatting shovel. The response frequency can reach 10 times per second, with smooth and precise movements. It can adjust the height of the shovel blade in real time according to the terrain of the plot, and is suitable for different flatness requirements.

Applicable scenarios

- Field crop planting plots: Suitable for land leveling of crops such as rice, wheat, corn, and cotton

- Slope and wasteland transformation: Can precisely level slopes and wastelands, adjust the slope of the plots to a reasonable range, and reduce soil erosion

-Facility agriculture plots: Designed for facility agriculture scenarios such as greenhouses, orchards, and vegetable bases. The leveled plots ensure that the greenhouses can be built smoothly and the irrigation is uniform.

- Other agricultural scenarios: The laser controlled land leveler can be used for leveling irrigation channels in pastures and farmlands, as well as for land consolidation in agricultural parks and seedling cultivation bases. It is suitable for various terrains and planting requirements, and has strong versatility.

This agricultural laser controlled land leveler was developed to address the problems in farming. It has high precision in operation, works quickly, and can save water and electricity, as well as reduce labor. It can handle various land conditions, such as large tracts of farmland, slope land transformation, and orchard greenhouses. The past troubles of uneven land leveling, water waste and labor-intensive work have all been resolved at once.

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