Developments Related to Soil Cultivation and Sowing Machines in the European Market
In Europe, one of the most developed regions of agricultural production, the demand for Soil cultivation and Sowing Machines reaches more serious levels every day. The change in the balance of supply and demand in these areas, where mechanization is first experienced, allows Turkey’s agricultural machine manufacturers to be positively affected.
Starting in 2017, the long-term recession opened the door to a severe positive movement. In 2017, demands for sowing machines, fertilization, and spraying also led to machinery in this area. In Europe, the volume of machine purchases in this area has approached the level of 1.5 billion euros. It is known that that observed similar increases with the developments in soil cultivation equipment in 2017. The volume, which reached 1.84 billion euros, continued in 2018, and growth was about 10%. By 2019, growth continues to increase, but it is known that the COVID-19 pandemic experienced in the last months of 2019 triggered the recession.
COVID-19 Affected the Entire Sector
Although agricultural production was not affected very seriously by the COVID-19, there was a low demand for Soil cultivation and Sowing Machines due to industrial production failures and people postponing new investments. The fact that COVID-19 is a universal epidemic has affected almost every country while significantly reducing machinery investment in agriculture.
By the end of 2020, the volume of investment in agricultural machinery is deficient compared to previous years. Therefore, with the recovery that will occur after the COVID-19 process, there will be a demand burst for the machine.
During the COVID-19 process, in which global markets and production areas were significantly affected, the recession reached important stages. But it can be said that this recession will be compensated for in the post-COVID-19 process and reach unprecedented levels. Manufacturers who are timid about investment will increase demand for both large and small machines with normalization. In this sense, brands must prepare themselves to produce agricultural machinery for the increase in demand. It is expected that the industry will grow in 2021 when production bands run fast.
What Is A Fertilizer Spreader?
As can be understood from the fertilizer spreader machine’s name, these are machines used to spreading fertilizer into the soil and distribute it homogeneously. Fertilizer is an organic or inorganic substance taken by topsoil and subsoil organs to enable seed germination and maturation to grow much more efficiently. Fertilizers generally provide the nutrients needed by plants and soil. In this direction, fertilizers improve the structure of the soil and accelerate the development of plants. As a result of the yield, it provides the soil in its fertilizers; an essential element should be considered when using fertilizer and sprinkling it into the soil. It is also a homogeneous distribution of fertilizer. In this context, we can examine all the details about the importance of fertilizer spreader and its distribution in a homogeneous way.
What Is A Fertilizer Spreader? Why Is It Important?
The main advantage of the fertilizer spreader is that it provides an optimal and balanced distribution of fertilizers. A fertilizer spreader that correctly sprinkles enough fertilizer into the soil does not use excess fertilizer after utilizing the part of the fertilizer that should be used. That is not enough; you will not encounter extra rhetoric and proposals such as the fertilizer should be retaken. Another essential feature of fertilizer spreader is that they prevent unnecessary compaction of the soil without having to wander extensively on the field. Besides, the soil remains much healthier with the fertilizer spreader. That, in turn, increases the proportion of fruits or vegetables that the soil gives.
Homogeneous Distribution in Eker-Mak GSM Machines
Eker-Mak GSM can throw up to 16 meters of urea with 22 meters of nitrates and biplanes connected to a single disk for homogeneous distribution of fertilizer spreaders. Disposal of the nitrates and urea in question is provided. GSM must have a height of 80 to 82 cm and a parallel height by connecting to tractors. Eker-Mak machines 540 rpm/minute continues to work is the most important of these features. In the case of 720 cycles, stabilization and homogeneity do not occur up to 21 meters. You can contact us for detailed information.
History of Mechanization of Turkish Agriculture
Agriculture is one of the most important activities carried out to sustain human life. Considering that, the agriculture carried out from the first human communities to the present day. While there have been severe transformations in agriculture from primitive societies to the present day, the most significant difference has been the realization of mechanization in agriculture.
Although mechanization in agriculture took place at the beginning of the 1900s, it is known that mechanization in agriculture in Turkey took place after the 2nd World War. It is seen that the United States’ assistance supports mechanization to Western Bloc countries under the name of Marshall Aid. Thanks to the automation that took place between 1948 and 1952, that made significant developments in Turkey. While Marshall Aid is known to aim to eliminate the USSR’s influence, it is necessary to express that it also makes a profound contribution to Turkish agricultural production.
Eker-Mak Becomes A Pioneer in Mechanization of Turkish Agriculture
It is known that mechanization in agriculture, which began in 1948 in Turkey, was carried out in the first place with spare parts production. The country’s lack of technically adequate resources and the limited level of financial support have been the main reason for the start of production with spare parts of agricultural machinery. The economic strengthening of the Republic of Turkey and the success of leading brands such as Eker-Mak in the sector have allowed the diversification of production.
Although the need for agricultural machinery met with imports in the 1950s and 1960s, small-scale production of agricultural machinery began under the leadership of Eker-Mak in the 1970s. Solutions that facilitate the work of farmers and increase productivity have seriously brought quality to the forefront. Eker-Mak and other Turkish brands, which managed to introduce products to international markets in the 1980s and 1990s, have been the pioneers of the Turkish industry. Today, very different mechanization levels have been reached with Industry 4.0 in agricultural machinery, where exports are quite severe.
Why is Eker-Mak important for Turkish Agriculture?
While Turkish agriculture carried out production with the understanding called ‘Old Order’, thanks to Marshall’s support, that moved an extensive branding process from small-scale production. Eker-Mak has significantly influenced production processes while attracting attention by being the pioneer of the sector. Eker-Mak, one of the most reliable brands that come to mind when it comes to agricultural machinery today, stands out as one of the sector’s oldest values.
Industry 4.0 and Agricultural Machinery
Along with the experience of industrial developments and the movement of human life from village to city, the idea that agricultural production is ignored has settled. But technology has had a severe impact on agricultural machinery, transforming human life and production techniques. Industry 4.0, which has a massive role in the experience of agrarian transformation, has both laid the groundwork for better quality agricultural machinery and enabled agricultural productivity.
Thanks to smart agriculture, which plays a role in bringing industrial production techniques to a significant level, productivity reaches its peak at every stage from planting to harvesting. Therefore, it becomes possible to save time.
Smart Farming Techniques
Along with Industry 4.0, agricultural production was supported, and it was aimed to help quality production processes. Along with smart farming practices, products that will support agriculture are integrated. In this way, it is desired to reveal the most successful agricultural tools’ systems while enabling a flawless production process. During the planting of agricultural products, soil needs, fertilizer requirements, and how often plant seeds are determined by intelligent agrarian equipment. Thanks to all these processes, the highest quality production is possible.
Intelligent agricultural techniques are also called Agriculture 4.0, saving time while reducing the need for human labor. Thanks to Smart Agriculture, which means less work and more crops, people’s lives are shaped from the beginning.
Efficient Resource Utilization
It is known that mechanization, which plays a vital role in the efficient use of Natural Resources, is involved with agricultural innovations. Although it is known that agricultural production is a soil-dependent process, supporting this process with machines allows for flawless operations.
It is quite remarkable that mechanization, which means reducing the labor force, is possible at almost every stage. Considering a service concept in which all devices are integrated, and processes are facilitated, quality production is inevitable. Smart farming practices, which can be used by almost everyone, from small-scale enterprises to large agricultural enterprises, are known to deliver accurate results. You can also take advantage of unique options with these flawless production techniques.