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What are the most advanced agricultural machines ever created and how do farmers harvest billions of tons of crops Do you know that world agriculture is now entering an unprecedented period of transformation Where human strength is no longer isolated but is enhanced by giant machines and smart technology From land preparation planting and cultivation to harvesting and processing modern machinery is present at every stage It helps increase productivity and produce billions of tons of agricultural products each year to meet global food demands In this video we will explore the most advanced agricultural machines It is quietly operating across the world's fields and has completely transformed the way humans produce food In the vast field the beet cleaning and loading machines appear like giant shape-shifting monsters In just a few minutes the ice arms spread out like wings while the roller and hydraulic systems operated smoothly Turn the machine into a powerful device capable of quickly and efficiently collecting and processing the entire pile of sugar beets In front of the machine the rollers rotate and continuously gather the beets from the harvest piles and convey them onto the conveyor belt Shortly after the radish passed through the roller system and the brushes running at high speed Help remove all remaining soil rocks and leaves ensuring the raw material is clean before moving on to the next processing step With a processing capacity of up to 1 500 tons per hour this modern harvesting machine has transformed a laborious task into an efficient process Turning it into a strong accurate and fully seamless process it helps farmers save maximum time and effort Not only stopping at the harvesting stage on the densely packed fields after years of cultivation A different type of specialized machine is also used for land reclamation It is pulled by a large tracked tractor with hundreds of horsepower With every rotation of this destructive wheel it can tear apart trees as thick as a person's leg They were shattered into small pieces and mixed into the earth Around the wheel are dozens of sharp steel teeth They dig deeply into the ground during operation breaking up the roots of weeds A complex and even stubborn layers of hard soil In just a few hours a rugged land full of obstacles was leveled Leave behind loose clean and ready soil for farming or construction After the land was leveled another special machine followed with the ability to loosen and till the soil down to 90 cm It exceeds the working depth of conventional machines Thanks to its specialized design it becomes an ideal choice for areas of land that are as hard as concrete or for regions that have been abandoned for a long time When operating the large steel blades are driven straight into the deep soil layer breaking up the compressed soil layers and creating air and water channels As a result crops can develop more robust root systems and absorb nutrients more effectively and help the land recover after a long period of degradation Next is a notable device on the vast pastures a barbed wire fence machine A completely automated machine that replaces the previous manual work which was both time-consuming and concealed many dangerous risks Previously pulling each rope keeping them taut and driving each stake could take several days requiring many workers Today even one person can complete projects that span kilometers quickly The machine is equipped with a vertical coil system automatically feeds barbed wire Then stretch and position accurately using hydraulic jacks On the front a hydraulic balance with an automatic pile driver is attached With each strike generating a force of up to one ton it is strong enough to drive wooden stakes 0.6 to 1.2 meters long into hard soil Just in a few seconds The entire process is quick neat and accurate helping farmers save thousands of hours of labor and significantly improve work efficiency The fence is firmly and straightly erected Ensure maximum effectiveness in protecting the pasture and livestock In addition the flame weeder a natural farming technology which helps farmers eliminate weeds without using chemicals Large gas tanks attached to the tractor Providing fuel to a series of flame nozzles extending behind When the machine moves strong flame streams sweep across the ground Heating weed cells to the point of destruction in just a few seconds Unlike traditional burning methods this method is very strictly controlled the flame only affects the weeds but without harming the soil or the crops themselves This method is not only environmentally friendly suitable for natural agriculture but also leaves no harmful residue However it still has some limitations consuming a lot of fuel Poor effectiveness on very large fields Flax ancient plant has been cultivated by humans since ancient times thanks to its ultra-durable fibers and nutritious seeds and the ability to replace plastic paper and even construction materials On the vast green fields The huge hemp harvesters operate play a central role in modern agriculture In front of the machine Sharp blades quickly cut through the dense tree trunks which were three to four meters tall Immediately the transfer system began Inside the tree where they are cut into small pieces gathered and directly transferred into the trailing wagons forming a continuous harvesting line Additionally an advanced upgraded version is the new generation hemp harvester a specialized machine designed to overcome The limitations of previous green feed harvesting machines Dual system with cutting and gripping components Help the harvester collect the seed-bearing tops and at the same time arrange the strong stalks into long rows on the field making it convenient For drying and processing fibers In a single machine pass farmers can harvest both the seeds and the fibers while preserving the quality Quality minimizing losses as much as possible after harvest Remembering this technological advancement each year over 300 000 tons of jute can be produced Fast transportation from the field to the factory ready to be converted into textile fibers nutritional oil or biobased materials Eco-friendly Similarly to obtain the bundles Like the US Mexico and Spain China also had to put in a lot of effort This process was a perfect combination Between human skill and the support of modern machinery which enhances the efficiency and quality of the harvest On the field the ice is moving forward slowly sliding along the rows of lush green celery workers cutting each one He manually placed it on the conveyor belt Immediately the celery was transported to the central floor where other workers Cut the roots and remove excess leaves bundle them into bundles and neatly arrange them in plastic boxes The entire process takes place like that A production line right in the middle of the field from the standing plant to the celery bundles is packaged in just a few seconds Thanks to this machine farmers significantly reduce heavy work while achieving daily yields of dozens of tons Meet the enormous demand of the global market Thanks to modern equipment the days when farmers had to bend over placing each meter of agricultural film Now with just one machine the entire field can be covered with low plastic tunnels in the blink of an eye This is a low tunnel agricultural film applicator a specialized device designed to protect young plants Like leafy vegetables dandelion and conut In front large plastic sheets are slowly unrolled while The wheels press the edge of the film tightly against the ground to keep the coating in place against the wind The system also rolls smoothly above lifting the film forming soft curves forming small tunnels stretching continuously across the field Beneath this transparent layer The soil always maintains a stable temperature and moisture level while the young plants are protected from frost and pests This method has been widely used in the United States Spain Japan and China helping farmers save From 150 to 200 hours of manual labor per hectare In addition processing banana by-products has become quick and efficient thanks to the banana stem chopper In the blink of an eye the enormous banana trunks were crushed into small pieces When operating the large rotating drum is equipped with numerous sharp blades that spin at high speed and sweep up the entire body Put the banana leaves inside After being crushed the natural flakes obtained are not waste But becomes a valuable green fertilizer returned directly to the soil They help improve soil structure and provide nutrients for the next harvest This environmentally friendly solution not only helps farmers save effort It removes the by-products and reduces costs creating a closed-loop system in banana cultivation Right after that let's take a look at another popular fruit strawberries Today more than 9 million tons of strawberries are harvested each year in countries such as China the United States Mexico and many European countries To meet the growing demand and leverage the development of artificial intelligence technology and computer vision systems Modern strawberry harvesting robots have emerged marking a major transformation for the agricultural industry Inside the greenhouses robotic arms Robots continuously extend to work they are equipped with 3D cameras scanning each row of plants to identify ripe fruit When the fruit reaches perfect ripeness the soft clamp or vacuum system will gently detach the fruit from the stem Then carefully place it in the tray Thanks to its extremely sophisticated programming and control all operations are accurate to the millimeter helping preserve the freshness of the berries It does not lose strength or deform With the global strawberry industry worth more than 20 billion dollars per year These robots play a crucial role in ensuring a stable supply for the market Although they offer many benefits as it operates continuously day and night reducing reliance on manual labor and minimizing damage from weather harvest robots still have limitations The initial investment cost is high and the harvesting speed is slower compared to skilled labor Meanwhile tea harvesting was from the top of the tall conut trees which were nearly 30 meters high and was once a risky job Workers have to climb extremely tall ladders facing the risk of falling at any moment a worker might lose their life It has taken all this time to get just a few bundles of tea and accidents happen frequently Nowadays with the emergence of specialized hydraulic lifting machines This dangerous and strenuous work has completely changed the hydraulic system of the machine It can carry from 4 to 6 workers up to 8 tea plants where the tea clusters are heavy weighing between 15 to 25 kg per large bundle Here workers can safely cut the ropes and lower the fruit bunches down in a few minutes thereby increasing harvesting efficiency Triple to quadruple compared to the traditional method while the risk of accidents is minimized this modern technology It is widely used in tea-producing regions such as Egypt Iran and the United States where millions of tons of tea are harvested each year To serve the multi-billion-dollar global marke In addition another device that stands out in modern agriculture is the deep plow a very powerful machine often used on hard soil In deep layers of soil that are several meters thick it is necessary to turn the soil to restore it or prepare it for cultivation On vast fields sometimes it is necessary to Up to 2 or 3 huge tracked tractors working together pull a very heavy plow behind them Each machine has a power of over 650 horsepower roaring strongly on the ground and transmitting all the power through heavy steel tracks Behind the giant plow the plowshares can dig as deep as 2 meters turning hard clods of earth But ordinary plows cannot reach them each pass not only breaks up the compacted soil but also creates loose aerated soil structure helps the soil retain water and nutrients more effectively while providing a solid foundatio But now a machine like this can process hundreds of meters of trench in one hour When operating the bucket arm rotates at high speed scooping up soil rocks and debris from the ditch then throwing them out through the conveyor system Within a few minutes the entire gutter is cleaned allowing water to flow freely and preventing flooding This is an essential solution for rice fields corn or large vegetable areas where a direct irrigation system determines productivity and the survival of crops Next let's find out the sunflower processing process thanks to smart design and modern operating mechanisms The cutting blades are sharp and ready on the combine harvester quickly cutting each stalk the carefully designed guidance system Ensure the plants are evenly conveyed on the conveyor belt Limit the falling of seeds throughout the harvesting process Notably the seed separation unit operates powerfully Separate the seeds from the stalk and directly put them into the container During the harvesting process automatic sensors monitor and pour the grain when reaching maximum capacity in sync with the adjacent truck creating a steady flow of grain Exactly a modern harvester can process up to 22.7 tons of sunflower seeds per hour increasing productivity and ensuring continuous harvesting After harvesting the trucks full of grains are transported to processing facilities where advanced technology is combined with strict quality control Ensure each grain meets the highest standards before reaching consumers worldwide When arriving at the factory sunflower seeds are first automatically sampled to assess important factors such as umidity impurities and overall quality After meeting the requirements the truck's discharge gate opens to allow the grains to evenly fall into the receiving troughs From here the grains are conveyed through the pipeline system and into the large silos where temperature and humidity are strictly controlled Thanks to the modern ventilation system the grains are safely stored protected from dampness and mold and maintain their quality before entering the processing stage Before processing sunflower seeds are thoroughly cleaned to ensure uniform quality Multi-layer screening system Using sieves and different sized grids to separate the grains from unwanted materials such as chaff stones and waste At the same time strong air currents blow away light impurities such as dust and leaves Only the clean high- quality particles are carried forward o the processing procedure For sunflower seed products with the shell intact the seeds are transferred to the system after cleaning Automatic packaging Here the machinery precisely weighs each portion and puts it into a bag and seals it tightly Depending o Market demand allows the product to be packaged in small convenient bags or in large bags for bulk distribution In addition a portion of sunflower seeds is processed into shelled products which are conveniently selected for consumers After When classified the grains are fed into automatic dehulling machines using a high-speed rotation mechanism or light impact to make the hulls fall off Crack the outer shell without damaging the core Next the air separation technology completely removes the shell leaving only the pure white kernels Finally the core is carefully packaged and sealed ready to be supplied to the market the confectionery factories Are you impressed by the giant machines that are completely changing the way people farm and harvest If you find it impressive Interesting and wanting to continue exploring don't forget to subscribe to the discovery channel for more modern agricultural technologies around the world Agriculture thank you for watching and see you in the next video