In the past, agricultural machinery meant large farm implements used to manage vast land areas. While this type of equipment has its advantages, it is also not the best option for a particular landscape. These large machines typically had the same control levels across width and were not the best choice for every landscape. For this reason, farmers are increasingly turning to smaller and more sophisticated farming implements.
Mechanization in agriculture
The use of agricultural machinery can help increase productivity and reduce costs of farming. Unlike human labor, machines are faster and do more work in less time. In fact, they can work at twice the speed as a human employee. Modern agricultural machinery is also made more efficient and eco-friendly. This ensures compatibility with future farming practices.
In Japan, for example, the government provides effective training in the use of agricultural machinery. It found that using machinery on a 150-hectare scale reduced unit production costs by 88%. In Vietnam, meanwhile, millions of households own small plots of land, most of which are not contiguous. The government's policy of land consolidation in the country has encouraged mechanization and increased agricultural productivity.
Cultivators farm machinery
Cultivators are farm machinery with rotating discs or blades that prepare the soil for planting crops. They are used to cultivate fields and aerate them to make it easier for nutrients to penetrate the soil. Cultivators can be small enough to work on small plots of land or large enough to cultivate a large field.
Cultivators are highly efficient in a farming operation and farm harvester, resulting in an economical crop production. They are also very effective in weed control and in the burial of previous crops. Cultivators are highly recommended by farmers and hold a special place in agricultural machinery. Cultivators can be large or small, and many types have adjustable settings for soil tilth, tilling depth, and speed. Deeper settings are great for tough perennial weeds, while shallow ones work best on less weedy patches of land.
Combine harvesters
A combine harvester is a large machine used to harvest crops. The machine works by threshing the material by spinning a stream of air through it. This removes any lightweight items and leaves the majority of grain. The remaining material is then discharged through the rear of the machine, where the farmer can bale it or allow it to decompose naturally. The resulting residue provides nutrients to the soil.
The first combine was invented by Hiram Moore in 1935. Early models were horse-drawn or towed behind a tractor. However, in the mid-20th century, farmers began to adopt self-propelled models. These machines now feature onboard electronics that measure their operation and yield.
Telematics devices agricultural machinery
Telematics devices for agricultural equipment are a good way to reduce fuel costs and increase safety. These devices can monitor fuel usage, running time, and GPS locations. In addition, they can be used to track agricultural vehicles and prevent theft. A telematics device can also help farmers keep track of drivers' working hours and ensure the safety of their equipment.
Farm managers can use telematics devices to monitor the machines and make necessary repairs. They can also be notified if there are any anomalies, such as low fuel consumption, so they can schedule servicing accordingly.
Preventive maintenance
Proper preventive maintenance is crucial for agricultural machinery, because it will increase its life span, reduce the need for costly repairs, and keep your equipment running efficiently. It also involves periodic care that does not interrupt production. Regular inspections, reports, and daily routines will ensure your equipment is running as efficiently as possible. Without this regular care, your equipment may break down prematurely, costing your agribusiness more money than it's worth.
The best preventative maintenance involves scheduling routine service appointments well in advance. You may also want to keep a service record book and chart on your equipment. These records should detail the hours that the equipment needs to be serviced. Additionally, you should keep a small notepad in the cab to make notes. In addition, you should schedule major repairs and routine maintenance for your agricultural machinery well ahead of time. In some cases, missing a scheduled maintenance window can result in invalidating the product warranty and other important items included in your purchase contract.
