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2025-07-16
With the continuous growth of the global population and the increasing demand for food, agricultural production is facing unprecedented pressure. In order to increase food production, reduce labor costs and improve land utilization, global agriculture is undergoing a profound transformation driven by mechanization, automation and intelligence. In this process, the rapid development of agricultural machinery has become one of the core driving forces of agricultural modernization. Agricultural machinery is not just a "tool" for farmers, they have gradually become a key factor in improving production efficiency and ensuring crop quality.
Behind these efficient agricultural machinery, many people often overlook a seemingly inconspicuous but crucial component-agricultural machinery cylinder. Their role in agricultural machinery is similar to the "muscle" of the human body. They not only provide strong power support, but also directly determine the working performance, precision and operating efficiency of the equipment. The innovation and progress of agricultural machinery cylinder has become one of the core forces to promote the mechanization and efficiency of modern agriculture.
In the past few decades, the rapid development of agricultural machinery has undoubtedly promoted tremendous changes in agricultural production. From traditional manual farming and simple animal-powered operations to today's modern large-scale mechanized farming, the agricultural production method has undergone a fundamental transformation. Almost all links such as ploughing, sowing, fertilizing, irrigation, and harvesting have been mechanized, which has greatly reduced the labor intensity of farmers and significantly improved agricultural production efficiency.
As agricultural production develops in the direction of scale, intensiveness, and intelligence, the demand for agricultural machinery has also changed significantly. The use of agricultural machinery is no longer limited to traditional heavy machinery, such as large equipment such as tractors and combine harvesters. More and more efficient small agricultural equipment has also begun to enter the market to meet the needs of different types of farms. Mechanized operations not only require equipment to have higher operating capabilities, but also require it to continuously improve its accuracy, flexibility, and intelligence level. For example, the rise of precision agriculture requires agricultural machinery equipment to be able to make precise adjustments according to soil, climate and other factors at different stages of crop growth. This change directly promoted the innovation of agricultural machinery cylinder technology, because the accuracy, durability and adaptability of the cylinder are key factors affecting the performance of agricultural machinery.
As a core component in agricultural machinery equipment, agricultural machinery cylinder mainly includes different types such as hydraulic cylinder and pneumatic cylinder. These cylinders provide power support by converting hydraulic or pneumatic energy, enabling the machinery to complete a series of complex actions, such as lifting, pushing, pulling, and steering. The design and performance of agricultural machinery cylinder directly affect the efficiency, stability, and operation accuracy of the equipment.
1. Providing power support
The working principle of agricultural machinery often relies on hydraulic or pneumatic systems to provide power, and the core component of these systems is agricultural machinery cylinder. Whether it is the traction of the tractor, the height adjustment of the workbench of the combine harvester, or the precise sowing of the automatic seeding machine, agricultural machinery cylinder plays an irreplaceable role in it. They can not only withstand high loads, but also maintain stable output to ensure the efficient operation of the machinery.
2. Improve operation accuracy and flexibility
With the rise of precision agriculture, the precision requirements for crop planting and management are getting higher and higher. The precise control ability of agricultural machinery cylinder plays a key role in this process. For example, the operating accuracy of modern seed drills and fertilizer spreaders often depends on the precise control of the cylinder by the hydraulic system. By adjusting the working state of the hydraulic cylinder, the machine can achieve precise seeding or fertilization under different soil conditions, avoid resource waste and increase crop yields.
The flexibility of agricultural machinery cylinder is also very important. Many modern agricultural machinery, such as harvesters and tractors, are equipped with a variety of adjustment functions, which can flexibly adjust the operating parameters according to the terrain, crop growth and climate change. The realization of these functions depends on the high responsiveness and adjustment ability of agricultural machinery cylinder.
3. Enhance the durability and stability of mechanical equipment
The working environment of agricultural machinery is usually very harsh, facing various challenges such as mud, dust, and humidity. Therefore, the durability and stability of agricultural machinery cylinder are the basis for ensuring that the equipment works efficiently for a long time. High-quality agricultural machinery cylinder can effectively resist the influence of the external environment, ensure stable operation under various extreme conditions, and reduce equipment failures and maintenance costs.
Agricultural machinery cylinder refers to the key component in agricultural machinery that uses hydraulic, pneumatic or mechanical force to achieve pushing, supporting, lifting, steering and other actions. They are power conversion devices in agricultural machinery systems, responsible for converting hydraulic, pneumatic or mechanical energy into linear motion to complete various agricultural operations. The application of agricultural machinery cylinder in agricultural equipment is crucial, and its performance directly affects the working efficiency, precision and stability of the machinery.
The basic function of agricultural machinery cylinder is to generate linear reciprocating motion or thrust through the pressure change of the medium in the cylinder to drive agricultural machinery to perform various tasks. The cylinder is filled with liquid or gas. By pressurizing and unloading these media and changing their corresponding mechanical structures, the cylinder can generate the required power. Agricultural machinery cylinder is widely used in various modern agricultural machinery such as tractors, combine harvesters, seeders, sprayers, etc.
Hydraulic cylinder is one of the most common types of agricultural machinery cylinder, and its working principle is based on the incompressibility of liquid. When the hydraulic system pumps liquid into the hydraulic cylinder, the pressure of the liquid pushes the piston to move in the cylinder, generating a linear thrust. Hydraulic cylinders are often used in agricultural machinery that requires large thrust, such as heavy tractors, harvesters, etc. They can withstand large loads and provide strong propulsion and lifting capabilities.
The advantages of hydraulic cylinders include high thrust, strong stability and long service life. Hydraulic cylinders can also achieve smooth and precise movements, suitable for agricultural machinery that requires precise control, such as automatic seeders or fertilizer spreaders.
Pneumatic cylinders are similar to hydraulic cylinders, and their main difference is the working medium. Pneumatic cylinders use air as the driving force. After compression, the gas enters the cylinder through the control valve and pushes the piston to move. Pneumatic cylinders have a relatively simple structure and a fast response speed. They are usually used in agricultural equipment that requires fast and light-load movement, such as tree trimmers, sprayers, etc.
The advantages of pneumatic cylinders include fast response speed, simple control, light weight, and less impact on environmental pollution. Due to the compressibility of gas, the thrust of pneumatic cylinders is generally smaller than that of hydraulic cylinders, and is suitable for application scenarios with low thrust requirements and low working precision.
Mechanical cylinders are rarely used in agricultural machinery, but they are still used in some specific agricultural equipment. The working principle of mechanical cylinders is different from that of hydraulic cylinders and pneumatic cylinders. It directly converts rotary motion into linear motion through transmission parts such as mechanical gears, chains, and threads. Mechanical cylinders are usually suitable for simple applications with low force requirements, such as some simple lifting devices, mechanical transmission parts of seed drills, etc.
The advantages of mechanical cylinders are simple structure and low cost, but due to the lack of liquid or gas pressure support, their load capacity and flexibility are far less than hydraulic cylinders or pneumatic cylinders, and are suitable for agricultural equipment with small loads and low operating requirements.
Hydraulic cylinders are widely used in agricultural machinery that requires large thrust and high loads due to their strong thrust, stable operability and high working precision. In heavy agricultural machinery such as tractors, combine harvesters, and excavators, hydraulic cylinders are one of the core power sources.
Features:
High thrust: Hydraulic cylinders can provide greater thrust than pneumatic cylinders and mechanical cylinders, which is very suitable for heavy-duty agricultural operations.
High working precision: The hydraulic system can provide very precise control, so hydraulic cylinders are widely used in agricultural machinery that requires precise operation.
Long service life: The hydraulic cylinder has a sturdy structure, can adapt to harsh working environments, and has a long service life.
Application:
Tractor: Hydraulic cylinders can adjust the tractor's suspension system to improve its traction and operating flexibility.
Combine harvester: Hydraulic cylinders are used for functions such as lifting and lowering the harvester's cutting table and adjusting the feeding system, ensuring the smooth progress of the operation.
Seeder: Hydraulic cylinders can accurately adjust the sowing depth and row spacing to improve the accuracy and efficiency of sowing.
Compared with hydraulic cylinders, pneumatic cylinders are more limited in load and thrust, but they have fast response speed, wide application range and low energy consumption, so they are suitable for some light load and fast response operations.
Features:
Fast response: pneumatic cylinders can complete movement in a very short time, suitable for operations that require quick start and stop.
Simple structure: The structure of pneumatic cylinders is simpler than that of hydraulic cylinders, and maintenance and replacement are more convenient.
Lightweight: The weight of pneumatic cylinders is relatively light, which will not increase the total weight of agricultural machinery and is suitable for some mechanical equipment with high mobility requirements.
Application:
Sprayer: Pneumatic cylinders can achieve fast start and stop and control the spraying action of the sprayer.
Fruit tree pruning machine: Pneumatic cylinders can quickly adjust the angle and strength of pruning tools to improve pruning efficiency.
Fruit and vegetable picking robot: Pneumatic cylinders can achieve fast and precise operation of light machinery, suitable for high-efficiency vegetable picking.
The application of mechanical cylinders is relatively limited. They are mainly used in simple mechanical transmission systems. Their advantages are low cost and simple operation.
Features:
Low cost: The structure of mechanical cylinders is simple and there is no complexity of hydraulic or pneumatic systems, so the manufacturing and maintenance costs are low.
Small applicable load: Mechanical cylinders cannot withstand large loads, so they are suitable for machinery with small load requirements.
Low precision: Mechanical cylinders are not as accurate as hydraulic cylinders and pneumatic cylinders, and are suitable for operations with low precision requirements.
Application:
Simple lifting device: Mechanical cylinders can be used for some agricultural machinery that does not require high loads and high precision, such as simple seed drills, seeders, etc.
Small agricultural equipment: such as small weeders, tillers, etc., are suitable for mechanical cylinders to provide power.
|
Items |
Value |
Unit |
Scope of application |
|
|
Bore diameter |
40 - 150 |
mm |
Different types of agricultural machinery |
|
|
Rod diameter |
28 - 110 |
mm |
||
|
Stroke |
150 - 1200 |
mm |
||
|
Working pressure |
23 - 30 |
MPa |
||
|
Output force |
Push |
≤ 529 |
KN |
|
|
Pull |
≤ 244 |
KN |
||
|
Working temperature |
-40 - 100 |
℃ |
||
In modern agricultural production, increasing crop yields has become one of the core goals of agricultural development strategies in various countries. To achieve this goal, efficient operation and precise operation of agricultural machinery are particularly important. As one of the core power components in agricultural machinery, agricultural machinery cylinder improves the working efficiency of agricultural machinery through its precise operation control and powerful thrust, thereby increasing crop yields.
Agricultural machinery cylinder promotes the improvement of agricultural productivity in many aspects by optimizing the performance of agricultural equipment. They not only improve the operating accuracy of machinery and reduce energy waste, but also make the operation process more intelligent and automated.
In agricultural production, operation accuracy directly affects the growth and yield of crops. For example, during the sowing process, the depth and row spacing of seeds need to be very precise, which is related to the germination, growth and final harvest of crops. Agricultural machinery cylinder precisely controls the pressure and movement speed of the hydraulic or pneumatic system, allowing agricultural machinery to adjust working parameters under different soil and climatic conditions, ensuring precise control of operating depth and speed.
For example, the hydraulic system equipped with a modern seed drill can automatically adjust the planting depth according to the moisture, softness and type of seeds in the soil, ensuring that each seed can germinate and grow under the best soil conditions. Through high-precision control, the hydraulic cylinder can quickly respond to environmental changes and automatically adjust the movement trajectory of the seed drill to achieve the best seeding effect, thereby effectively improving the emergence rate and growth rate of crops.
In agricultural operations, many links require precise operation and adjustment. For example, fertilization and irrigation are two crucial links. Excessive fertilization and water supply not only increase farmers' costs, but may also have a negative impact on crop growth. Agricultural machinery cylinder precisely controls the operating force and flow of agricultural machinery, reducing the phenomenon of over-fertilization or over-irrigation, thereby reducing resource waste.
For example, hydraulic cylinders can adjust the amount of fertilizer released by fertilizer spreaders to ensure that the amount of fertilizer applied to each piece of land can be precisely controlled. This precise fertilization can ensure the supply of nutrients needed for crop growth, which not only increases the growth rate of crops, but also reduces environmental pollution while ensuring full utilization of fertilizers. Similarly, hydraulic cylinders can also control the amount of water in irrigation systems to avoid waste of water resources.
The high durability and stability of agricultural machinery cylinders help improve the working efficiency of equipment. Agricultural machinery often faces long and intensive work tasks, especially during seasonal agricultural production. If the cylinder in the hydraulic system fails or the performance is unstable, it may cause equipment shutdown or inaccurate operation, which in turn affects the planting and harvesting of crops.
High-quality agricultural machinery cylinders can effectively reduce equipment failures and extend the service life of agricultural machinery. Take hydraulic cylinders as an example. Through their wear-resistant and corrosion-resistant design, they can work stably for a long time in harsh agricultural environments, reducing maintenance and downtime. Therefore, the operating efficiency of agricultural machinery is improved, ensuring that farmers can complete key operations such as sowing and harvesting at the best time, reducing losses in the production cycle.
Agricultural production is an industry that is highly dependent on seasons and weather. Each production link needs to be carried out at the most suitable time, otherwise the best harvest period may be missed, resulting in a decrease in yield. Agricultural machinery cylinder improves the working efficiency of agricultural machinery and shortens the operation time, allowing farmers to complete more agricultural tasks in a shorter time.
For example, a combine harvester is a very critical equipment in modern agriculture. It can simultaneously complete multiple processes such as threshing, cleaning and bagging during harvesting. The role of hydraulic cylinders in combine harvesters is crucial. They control the lifting and lowering of the harvesting platform and adjust the harvesting height, allowing the harvester to operate quickly and efficiently under different crop heights and field conditions. Due to the precise control provided by the hydraulic cylinder, the working efficiency of the combine harvester is greatly improved, allowing farmers to complete a large amount of harvesting work in a short time, thereby maximizing crop yields.
Precision agriculture is to achieve optimal resource utilization and maximize crop yields by using advanced technology to accurately adjust each link of agricultural operations. Agricultural machinery cylinder plays a vital role in this process, especially in the control accuracy and response speed of the hydraulic system.
Through the precise control of agricultural machinery cylinder, farmers can adjust the operating status of agricultural machinery according to real-time data. For example, during the sowing process, the hydraulic cylinder can automatically adjust the sowing depth and row spacing according to the soil conditions, climate change and other information in different regions, thereby ensuring the best growth conditions for crops. During fertilization and irrigation, the efficient adjustment function of the hydraulic cylinder enables crops to obtain appropriate water and fertilizer supply at different growth stages, reducing resource waste and improving land output efficiency.
The operating environment of agricultural machinery varies greatly. Different farmlands, crops and climate conditions require machinery to have a high degree of adaptability. Through flexible design, agricultural machinery cylinder enables machinery to quickly adapt to different operational needs. For example, the cylinder in the hydraulic system can adjust the operating depth, speed and force of agricultural machinery according to factors such as soil hardness, humidity and slope of the farmland. Through precise adjustment, agricultural machinery can complete different operations more efficiently, thereby improving overall productivity.
For example, when loosening the soil, the hydraulic cylinder adjusts the depth and pressure of the agricultural machinery to ensure that the agricultural implement can penetrate the soil to loosen the soil, improve soil permeability and water retention capacity, which is very important for crop growth. At the same time, the application of hydraulic cylinders in various types of agricultural machinery can also ensure the stable operation of agricultural machinery in rugged terrain and improve operating efficiency.
In modern agriculture, the planting, management and harvesting of crops are all transforming towards refinement and intelligence. With the continuous development of agricultural mechanization, agricultural machinery cylinder plays a vital role in improving the precision and flexibility of equipment. Through precise control systems, agricultural machinery cylinder enables agricultural machinery to perform efficient and precise operations in different operation links according to the terrain, soil and crop growth conditions, thereby significantly improving operation efficiency and crop yield.
The precision control and high responsiveness of agricultural machinery cylinder enable agricultural machinery to adapt to the changing agricultural environment in a short time and meet the needs of precision agriculture, especially in the adjustment of operation depth, speed and detailed operation control.
In agricultural operations, the operation depth directly affects the germination, growth and harvest of crops. For example, during the sowing process, the burial depth of seeds too deep or too shallow will affect the germination rate of seeds and even lead to planting failure. Agricultural machinery cylinder can adjust the working depth of the machinery within an extremely precise range through hydraulic or pneumatic control systems, ensuring operating accuracy, avoiding waste of resources and improving the stability of crop growth.
Taking modern seed drills as an example, the role of hydraulic cylinders is particularly prominent. By precisely adjusting the hydraulic cylinder, the tillage depth of the seed drill can be adjusted in real time according to the hardness, moisture and size of the soil. This precise depth control not only ensures that the seeds germinate at the optimal depth, but also adapts to the operating requirements under different soil conditions, thereby improving the germination rate and growth rate of crops.
For example, when the soil is too dry and hard, the hydraulic cylinder can adjust the working depth of the seed drill so that the tillage implements can penetrate a harder soil layer, ensuring that the seeds can be buried at a suitable depth, and avoiding the seeds from being unable to grow due to lack of water or poor root development. By precisely controlling the operating depth, agricultural machinery cylinder ensures that every stage of the crop from seed to maturity can be fully guaranteed.
In addition to the operating depth, the operating speed is also a key factor affecting the quality of agricultural operations. In multiple links such as sowing, fertilizing, and harvesting, the speed of agricultural machinery must be strictly controlled to ensure the operation effect. The flexible adjustment function of agricultural machinery cylinder enables the equipment to respond quickly to external changes and accurately adjust the operation speed to achieve the best operation effect.
During the sowing process, if the operation speed is too fast, it may cause uneven seed sowing and affect the emergence rate; if the speed is too slow, it may cause the operation time to be too long, wasting fuel and manpower. Therefore, agricultural machinery cylinder uses a precise control system to ensure that equipment such as seeders and fertilizer applicators operate at the optimal speed to ensure the balance between operation efficiency and operation quality.
During the harvesting process, the speed of the machine is also crucial. The hydraulic system enables the harvester to operate at a constant speed through precise control of the cylinder body, and automatically adjusts the operation rhythm according to the growth of the crop. For example, when encountering crops of different densities, the hydraulic cylinder can adjust the blade height and cutting width of the harvester to ensure that both rice and wheat can be harvested at the best speed, improving efficiency while ensuring harvesting quality.
One of the cores of precision agriculture is to ensure that every operation meets the best operating standards. Agricultural machinery cylinder plays an irreplaceable role in improving the precision of crop planting. Precise operation depth control, operation speed control, and responsiveness to field changes enable agricultural machinery to make personalized adjustments according to the specific conditions of the soil, thereby achieving refined planting operations.
The application of hydraulic cylinders in seeders, especially in adjusting sowing depth and seeding density, provides extremely high control accuracy. Different crops have different requirements for soil depth. Agricultural machinery cylinders can adapt to the sowing requirements of different crops through fine adjustments. For example, the depth required for sowing corn and wheat is quite different. The hydraulic cylinder adjusts the height of the machine, allowing the seeder to adjust the sowing depth and row spacing according to different soil types, ensuring that each seed can get the most suitable burial environment and promote uniform growth of crops.
The agricultural machinery cylinder can also help the seed drill to accurately adjust the row spacing to adapt to the growth needs of different crops, avoid too dense or too sparse seeds, and ensure that each row of crops has enough growth space. Accurate row spacing control and depth adjustment not only help to improve the germination rate and healthy growth of crops, but also reduce the occurrence of pests and diseases and optimize the growth environment of crops.
In the harvesting process, the agricultural machinery cylinder also plays a vital role. Due to the different factors such as crop maturity, terrain, and crop types, the working mode of agricultural machinery needs to be flexibly adjusted. The precise control of the hydraulic cylinder enables the harvester to adjust the height of the harvesting table and the cutting angle of the blade in real time according to the height, density, and maturity of the crop, ensuring the accuracy and efficiency of the harvesting.
For example, when the harvester is harvesting different crops, the hydraulic cylinder can automatically adjust the height and cutting width of the workbench to ensure that the machine can adapt to the harvesting needs of different crops. During the harvesting of field crops (such as wheat and corn), hydraulic cylinders can accurately adjust the angle of the cutting parts according to the maturity of the crops, avoiding over-cutting or incomplete harvesting of crops, thereby reducing food waste.
Hydraulic cylinders also play a vital role in controlling the speed and feed rate of the harvester. Through the intelligent control system, the hydraulic cylinder can adjust the speed and working mode of the harvester in real time according to the growth conditions of different crops and changes in the field environment, ensuring that the crops are harvested in the best way and reducing losses caused by improper speed.
With global climate change and increasingly scarce resources, water and energy saving have become the core goals of modern agricultural production. As the core actuator of agricultural machinery, agricultural machinery cylinder plays a vital role in improving agricultural production efficiency and reducing resource consumption. Especially in optimizing energy use and reducing energy waste, agricultural machinery cylinder helps agriculture achieve higher resource utilization efficiency through precise control and high-efficiency design. Agricultural machinery cylinder also provides great help in resource management such as irrigation systems, promoting sustainable agricultural development.
Agricultural machinery cylinder mainly relies on hydraulic systems, pneumatic systems or mechanical transmission systems to drive various agricultural machinery for operation, and its working efficiency directly affects energy consumption. Hydraulic cylinders and other agricultural machinery cylinders can adjust the operating depth, speed and pressure through precise control systems to avoid excessive use of energy or mechanical overload operation.
Taking the hydraulic system as an example, the hydraulic cylinder controls the flow and pressure of the oil to accurately adjust the working state of the machinery, thereby avoiding energy waste. For example, in ploughing operations, the hydraulic cylinder can automatically adjust the tillage depth according to the softness of the soil to ensure that the working depth just meets agricultural needs, avoiding unnecessary over-ploughing, which not only reduces the energy consumption of the machinery, but also improves the efficiency of the operation.
In addition, the design of the agricultural machinery cylinder also directly affects its energy efficiency. High-performance agricultural machinery cylinders use lighter materials and more efficient sealing technology to reduce oil leakage and energy loss in the hydraulic system. High-quality cylinders can also reduce system friction and reduce energy consumption, thereby achieving energy-saving effects. For example, high-precision processing and less friction in the hydraulic cylinder enable the system to maintain an efficient working state at a lower energy input.
In traditional agricultural machinery operations, due to the lack of precise control, the machinery often requires a lot of idling and unnecessary movement, resulting in a lot of energy waste. The intelligent control of agricultural machinery cylinders can reduce mechanical idling and unnecessary movements by real-time monitoring of the operation situation. For example, during sowing or fertilizing, the hydraulic cylinder can adjust the fertilization depth and sowing speed according to the real-time data of the sensor to ensure that each movement can achieve the expected effect. Through intelligent control and precise adjustment, agricultural machinery cylinder can effectively avoid wasted energy and improve energy efficiency.
The efficiency of the hydraulic system is closely related to the working pressure and flow of the agricultural machinery cylinder. Excessive pressure and flow will not only increase the wear of the system, but also cause energy waste. Through efficient design and precise control, agricultural machinery cylinder can ensure that the hydraulic system operates at the most suitable working pressure, thereby reducing excess energy consumption.
For example, in the hydraulic drive system of agricultural machinery, the mechanical cylinder can adjust the pressure according to the real-time load to avoid unnecessary excessive pressure. The precise design of the hydraulic cylinder enables the hydraulic system to operate at the optimal pressure and flow, minimizing energy loss. This precise control not only helps to improve operating efficiency, but also significantly reduces energy consumption, thereby achieving energy saving.
Irrigation is an important part of water consumption in agricultural production. Traditional irrigation methods often waste water resources, such as over-irrigation and uneven spraying. Agricultural machinery cylinder can accurately control the use of water by combining with modern irrigation technology, thereby achieving water-saving effect.
Hydraulic cylinders are widely used in automated irrigation systems, reducing water waste by accurately adjusting the water flow and the working state of the sprinkler system. For example, in the sprinkler system, the hydraulic cylinder can adjust the angle of the nozzle and the range of spraying to ensure that the water can be evenly distributed to the roots of the crop, avoiding the waste of water resources caused by uneven spraying. In addition, the hydraulic cylinder can also automatically adjust the water flow and irrigation time according to the feedback of the soil moisture sensor to ensure that every drop of water can be effectively used.
Through this intelligent control, the agricultural machinery cylinder can accurately adjust the irrigation volume according to the needs of the environment and crops, thereby achieving water-saving effect. Especially in arid or water-scarce areas, precise irrigation control will help to effectively utilize limited water resources, avoid unnecessary water waste, and improve the efficiency of water resource utilization in agriculture.
In addition to irrigation systems, agricultural machinery cylinder also plays an important role in other resource management fields. Hydraulic cylinders and pneumatic cylinders are widely used in agricultural machinery to optimize the use of various resources such as land management, fertilization, and irrigation. Combined with precision agricultural technology, agricultural machinery cylinder can help farmers manage and use agricultural resources more efficiently.
For example, during fertilization, the hydraulic cylinder avoids excessive use of fertilizer by adjusting the operating depth and fertilizer release of the fertilizer applicator. Combined with sensors, agricultural machinery cylinder can monitor the fertility of the soil in real time and automatically adjust the amount of fertilizer, thereby achieving the effect of saving fertilizer. This precision fertilization not only reduces fertilizer waste, but also reduces environmental pollution and improves the sustainable use of land.
In addition, agricultural machinery cylinder can also achieve precise control in farmland operations to avoid resource waste due to human misoperation or mechanical failure. The high efficiency and precise control of the hydraulic system ensure that every operation is carried out accurately and reduces excessive consumption of energy and resources.
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