Professional Reversible Plough: Advanced Agricultural Implement for Efficient Soil Management

+86-13615166566
All Categories

popular reversible plough

The reversible plough represents a significant advancement in agricultural machinery, designed to enhance farming efficiency and soil management. This versatile implement features a unique mechanism that allows farmers to turn the plough body at the end of each furrow, enabling continuous ploughing in the same direction across the field. The design typically incorporates multiple moldboards mounted on a robust frame, with a sophisticated hydraulic system that controls the rotation mechanism. Each plough body is equipped with replaceable shares and moldboards, ensuring optimal soil inversion and consistent furrow formation. The working width can be adjusted to accommodate different soil conditions and tractor power capabilities, typically ranging from 12 to 20 inches per furrow. Modern reversible ploughs often include safety mechanisms such as auto-reset systems that protect the implement from damage when encountering obstacles. The plough's depth control system maintains consistent working depth, while the furrow width adjustment ensures uniform soil turning. These technical features combine to create an implement that not only improves field efficiency but also contributes to better soil structure and crop yield potential.

New Products

The reversible plough offers numerous practical benefits that make it an invaluable tool for modern farming operations. First and foremost, it eliminates the need for traditional ridge and furrow patterns in fields, resulting in level surfaces that are easier to manage and maintain. This feature particularly benefits farmers using precision farming equipment and irrigation systems. The plough's ability to work continuously in one direction significantly reduces turning time at headlands, leading to improved operational efficiency and reduced fuel consumption. Soil compaction is minimized as the tractor always runs on unploughed land, preventing the formation of hard pans and maintaining soil structure. The implement's versatility allows for effective operation in various soil conditions, from light sandy soils to heavy clay, with consistent results. The reversible design ensures even wear on all components, extending the equipment's service life and reducing maintenance costs. Modern reversible ploughs often feature quick-change points and shares, minimizing downtime during maintenance. The ability to adjust working width and depth provides farmers with greater control over their ploughing operations, enabling them to adapt to different field conditions and crop requirements. Additionally, the precise furrow formation and soil inversion contribute to better weed control and organic matter distribution, promoting optimal growing conditions for subsequent crops.

Latest News

How to Choose the Right Agricultural Machinery for Your Farm?

20

Mar

How to Choose the Right Agricultural Machinery for Your Farm?

View More
The Future of Agricultural Machinery: Trends and Innovations

20

Mar

The Future of Agricultural Machinery: Trends and Innovations

View More
Choosing the Right Disc Harrow for Your Farm: A Comprehensive Guide

20

Mar

Choosing the Right Disc Harrow for Your Farm: A Comprehensive Guide

View More
Innovations in Disc Harrow Technology: What's New in 2025?

20

Mar

Innovations in Disc Harrow Technology: What's New in 2025?

View More

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

popular reversible plough

Advanced Hydraulic Control System

Advanced Hydraulic Control System

The hydraulic control system represents the heart of the reversible plough's operational capabilities, offering precise control over plough movement and positioning. This sophisticated system enables smooth and efficient body rotation at headlands, with minimal operator input required. The hydraulic components are designed for durability and reliable performance, featuring high-grade steel cylinders and protected hydraulic lines that withstand the rigors of heavy field use. The system includes pressure relief valves that prevent damage from excessive loads and ensure consistent operation across varying soil conditions. Operators can make fine adjustments to the plough's working angle and depth from the tractor cab, enabling real-time optimization of ploughing performance. This level of control contributes significantly to improved work quality and reduced operator fatigue.
Innovative Frame Design

Innovative Frame Design

The frame structure of the reversible plough exemplifies modern engineering excellence, combining robust construction with weight-optimized design. The main beam is manufactured from high-strength steel, providing exceptional durability while maintaining relatively low overall weight. Strategic reinforcement points are incorporated at high-stress areas, ensuring long-term reliability under demanding conditions. The frame's modular design allows for easy addition or removal of plough bodies, providing flexibility to match different tractor power ratings and soil conditions. The mounting points for working components are precisely engineered to maintain correct geometry throughout the plough's working life, ensuring consistent performance and wear patterns. This innovative frame design also incorporates mounting points for various accessories, enabling the plough to be customized for specific farming requirements.
Soil Management Excellence

Soil Management Excellence

The reversible plough excels in soil management through its precise furrow formation and superior soil inversion capabilities. Each plough body is designed to create uniform furrows while maintaining optimal soil structure and promoting proper drainage. The moldboard design ensures complete inversion of soil layers, effectively burying crop residues and weeds while bringing fresh soil to the surface. This action aids in natural pest and disease control while promoting beneficial soil biological activity. The plough's ability to maintain consistent working depth contributes to even distribution of organic matter throughout the soil profile, enhancing soil fertility and structure. The implement's design also minimizes soil smearing and compaction, particularly important in heavy or wet conditions where maintaining soil structure is crucial for crop development.