All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(699 products available)
Present-day agriculture calls for specialized IGLI agricultural machines to meet the increasing demands for efficiency and productivity. IGILefficiency and productivity. These machines are designed to make farming easier and more effective. They include tools for growing, fixing, moving, collecting, and watering crops. Some machines made especially for farmers help with picking fruits and vegetables and getting better harvests.
Agricultural equipment comes in different types, mainly grouped according to their uses.
Preparation Tools
These IGLI agricultural machines are designed so that seeds can be easily put in the ground. The soil needs to be worked on, and these machines help with that by making it finer, leveling it, and getting rid of weeds. By using these machines, farmers can have soil that is in better condition for planting. Examples of these agricultural machines include plowshares, harrows, and soil diggers.
Planting Machines
These machines can replace manual labor by efficiently planting crops. They ensure that seeds are planted at the right depth and spacing, leading to uniform crop emergence and growth. Examples include seed drills, planters, and diggers. They are used to vegetables and potatoes.
Fertilizing Machinery
These machines are used for spreading fertilizers, herbicides, and pesticides on farmland. They ensure that chemicals are spread evenly and accurately, improving crop growth and health. Examples include sprayers and spreaders.
Harvesting Equipment
These specialized farming machines are made to gather crops quickly and efficiently. They are designed to improve productivity during harvest time. Some machines help collect crops like grain or fruit, while others clean the land after collecting root vegetables. Examples include grain harvesters, potato harvesters, and fruit pickers.
Post-harvest Equipment
These machines help handle agricultural products after the harvest. They clean, dry, store, and process crops to ensure the food stays fresh and good. Post-harvest equipment is crucial for reducing waste and maintaining the quality of agricultural products.
Irrigation Systems
These systems help supply plants with water in areas where it doesn't rain sufficiently. They also assist farmers in watering their crops when the weather is dry. Irrigation systems are essential for farmers to grow crops consistently, regardless of changes in weather. Examples include drip irrigation and sprinkler irrigation systems, which are commonly used in arid and semi-arid regions.
This section provides some common specifications and their respective maintenance practices.
Multipurpose Igili tractor:
Specification: The hp of the hardy igili tractor varies depending on the model. Commonly, they range between 40hp to 100hp. Such a vehicle can pull heavy loads and withstand challenging weather conditions on the farm. They come in two different types based on usage. Standard tractors tackle general farming practices, while power take-off tractors handle specialized tasks.
Maintenance: Maintenance practices of multipurpose tractors depend on the type. Farm owners should create a maintenance schedule to ensure routine services on all tractors. During maintenance, focus on parts such as the engine, tires, brakes, and hydraulic systems for efficiency. Following the manufacturer service manual is crucial for consistent servicing and part replacement.
Planters:
Specification: A planter igili machine has a planting mechanism to ensure uniform spacing. It contains pots or trays where seeds are placed before field transfer. Their planting mechanisms vary according to the manufacturer and model. Some planters use rotary planting mechanisms, while others use belt-driven mechanisms.
Maintenance: Regular maintenance includes cleaning and lubricating planting mechanisms. Adjust the planting mechanisms for accuracy and even planting. Follow planting instructions according to the planter type. Replace worn-out trays and pots to ensure efficient seed transfer.
Harvesters:
Specification: The harvester machine igili has a threshing mechanism depending on the crop. It may use rotary or axial-threshing mechanisms. Some harvesters are pulled by tractors, while others are mounted on similar vehicles.
Maintenance: For pull-type harvesters, secure all attachments and check the vehicle’s compatibility with the crops. Lubricate and adjust all threshing mechanisms for smooth and efficient operations. Regularly inspect and maintain cutting parts to ensure uniform and clean crop harvesting. Protect the harvester during the off-season to minimize damage.
Sprayers:
Specification: A sprayer igili agricultural machine has a pressure pump, spray nozzles, and a spray tank. The pressure pumps vary according to the task and the model. They include diaphragm pumps and electric pumps. The spray nozzles determine the droplet size and pressure. They include hydraulic nozzles and air blast nozzles.
Maintenance: After spraying, rinse the tank and spray nozzle thoroughly. During maintenance, focus on spray nozzles and pressure pumps. Clean filters and spray nozzles to avoid clogging. Inspect and adjust pressure pumps for efficient spraying. Store the sprayer in a weatherproof and ventilated area.
Agricultural machinery plays a vital role in various sectors beyond mainstream farming. They find relevance in research institutions tasked with improving crop yields and sustainable practices through genetic experimentation on new kinds of seeds. These machines facilitate the planting, harvesting, and processing of experimental crops, enabling researchers to gather data on the effectiveness of different agricultural methods. Similarly, small-scale farmers rely heavily on agricultural machinery for efficient land use and increased productivity. The advent of affordable, specialized equipment designed for smaller fields has made it possible even for niche farms to benefit from mechanization. Furthermore, the livestock industry utilizes specific types of machinery designed to streamline feeding systems and improve animal health through early disease detection. Vet drones, automated milking systems, and smart sensors are examples of technology used to monitor cattle health closely while ensuring timely vaccination when needed.
Moreover, urban agriculture is an area where agricultural machinery is increasingly used. The growth of city-based farming enterprises-such as hydroponic and vertical farms-has created demand for space-efficient equipment that can be used in small, enclosed areas far from traditional rural farmland. Light, automated systems like robot planters and compact harvesters are helping change the farming industry in urban areas by making it easier to grow food inside city limits. Agricultural machinery also supports the development of sustainable farming practices. Many farms now use GPS-enabled tractors and other high-tech tools to minimize chemical use, maximize crop yields, and reduce their environmental impact. These machines help farmers apply fertilizers precisely where needed, monitor fields remotely, and automate picking and sorting processes.
Solar panels are another example of technology aiding eco-friendly agriculture by providing energy for irrigation systems while reducing reliance on fossil fuels. Drip irrigation systems powered by solar pumps deliver water directly into plant roots in controlled amounts, lowering wastage. In addition, small island nations employ coastal farming techniques to deal with food security issues. Agricultural machines help this work by increasing resistance to saltwater in crops and harvesting methods suitable for coastal environments. In places where soil erosion has become a major problem, farmers are using tillage, planting, and harvesting equipment to implement conservation agriculture. Conservation agriculture aims at reducing soil disturbance and increasing crop residue on the field through no-till planters that leave last year's crops in rows on the field.
The global response to the COVID-19 pandemic also emphasized how essential agricultural machines are. The crisis sparked worldwide interest in enhancing food self-sufficiency, especially during times of emergency. Countries realized they could easily improve resilience if they increased domestic capacity for producing staple foods like rice, maize, and wheat by expanding areas under mechanized cultivation. There has been widespread investment in machinery used for land preparation, seeding, and harvesting these essential crops. Also, the migration trend from rural to urban areas leaves many fields untended. Mechanization becomes necessary to maintain production levels with fewer workers available. Agricultural machinery now plays critical roles where labor shortages exist by ensuring continued efficiency even when manual hands are not available.
When it comes to purchasing agriculture machinery for sale, igli agricultural machines owners will focus mainly on the performance of the machine. However, other factors such as quality and price also come into consideration.
The quality of an agricultural machine is directly related to the materials used in its construction. Choosing machines constructed out of durable, rust-resistant materials like stainless steel can go a long way toward ensuring their longevity. In addition to strong construction materials, quality machines manufacturers pay special attention to their products' ergonomic design, simplifying complicated tasks and reducing manual labor. Agricultural machines with engine power will ensure that tasks are done efficiently.
While it is easy to be swayed by a discount, it is essential to remember that the price is often an indicator of the product's end. Cheaper agricultural machines are manufactured from low-quality materials and may require constant repairs and maintenance to remain functional. In the long run, these could end up costing more than investing in a quality, high-performing, durable machine.
Performing thorough research before purchasing helps narrow down choices. While reviews from previous buyers provide some insight into a product, it is important to study the agricultural device's specifications and features. When comparing products, buyers will realize that more prominent brands offer better after-sales service and warranty. They are also better equipped to deal with inquiries regarding product installations. All these factors will add to the overall cost of the agricultural device, and it is worth considering when making important purchasing decisions.
Q1: Which agricultural machines have been used in the past?
A1: Some older agricultural machines used in the past include hand-cranked seeders, horse-drawn reapers, beam plows, threshing machines, corn shellers, binder machines, milking machines, and potato diggers.
Q2: How have agricultural machines helped farmers in the past?
A2: Older agricultural machines saved farmers time and reduced the need for labor-intensive manual work. They made farming more efficient and helped farmers increase crop yields while minimizing the effort required to harvest and process crops.
Q3: What new agricultural machines are on the market now?
A3: Some new agricultural machines include automatic seeders, robotic weeders, smart irrigation systems, drone crop monitoring, AI-powered harvesters, vertical farming systems, fungus-free hydroponics systems, biomass generators, and precision agriculture sensors and mapping.
Q4: How have agricultural machines changed the pace of crop production in recent years?
A4: New agricultural machines speed up planting, harvesting, and farm maintenance, allowing larger areas to be cultivated in less time. Advanced automation, precision, and efficiency of modern machines improve workflow, reduce manual intervention, and optimize utilization, resulting in faster crop production cycles and increased agricultural output.
