Sowing: The quality of sweet corn (fresh corn) sowing directly affects the harvest and even the yield. If the sowing depth is inconsistent, the uniformity of emergence will be inconsistent. During the growth process, due to competition for light and nutrients, the survival of the fittest will occur. In the later stage, the overall maturity will be inconsistent, which will affect the harvest quality. The MONOSEM universal air-suction precision seeder has a single row and an independent depth-limiting wheel, which can be automatically adjusted according to the terrain to ensure consistent sowing depth. The emergence rate can reach 99%, ensuring uniform emergence, large yield, and high growth quality. The V-shaped trench opener forms a solid seed trench wall, and then closes the seed trench wall to squeeze the seeds tightly, so that the seeds and soil are in close contact, forming a capillary water absorption phenomenon. When the seeds germinate, they grow out of the gaps in the soil. It solves the problem of weak ability of seeds to dig into the soil.
If sweet corn (fresh corn) is sown at a density that is too high, too small, or the spacing between rows is uneven, it will cause changes in the growth process, and the overall maturity period will be inconsistent and cannot be harvested at one time, affecting the yield. Mansheng precision seeding machine has a wide adjustment range of ridge spacing, between 28 and 76. It can be used for equal row spacing or wide and narrow row sowing, which is easy to adjust. Mansheng precision seeder is suitable for sowing corn, sugar beets, beans and other crops. Save 20% of seeds per acre, no holes will appear, save seed costs, and achieve precise sowing effect. Sowing, side fertilization, and T-shaped pesticide application are completed at one time. The hydraulic motor drives the fan, the pressure is stable, and a pressure gauge is attached. The sowing laser monitoring system allows the driver to see the sowing status through the screen. If an abnormal situation occurs, the monitoring system will sound an alarm. The driver can see which row of sowing units is faulty, making it easy to find the fault point and eliminate the fault in time. .
Spraying: Sweet corn (fresh corn) is susceptible to underground insect pests during the emergence stage, and aphids are also harmful after powdering. Spray pesticides before they spread. HAGIE's spray castration combined machine castration technology is efficient and accurate. The detasseling operation speed can reach 12.8 kilometers per hour, the accuracy is 96%, and the 4 to 18 rows can be flexibly configured. If configured with 6 rows, the operating efficiency can reach 54 acres/hour in a corn field with a row spacing of 50 cm. Cutting tassels, plucking, spraying and fertilizing realizes one machine with multiple functions; laser guidance can meet the needs of cloudy and sunny day and night operations; satellite positioning makes spraying accurate, fast and efficient, saving pesticide costs. The front-mounted spraying system allows the pilot to easily see the entire spraying area. All spraying operations can be completed with a single handle, which is easy to operate. The tank cleaning system can also be controlled in the cab. The glass windows of the cab are tempered safety glass approved by the U.S. Department of Transportation, which has excellent UV protection.
Harvest: The harvesting of sweet corn (fresh corn) requires speed and efficiency while minimizing damage. The OXBO multifunctional harvester can complete the sweet corn harvesting task with high quality. The machine is equipped with different harvesting heads for harvesting sweet corn (fresh corn), seed corn, grain corn, and even beans and leafy sweet corn (fresh corn). It is a full mechanized solution for harvesting vegetables, truly realizing the multi-purpose use of one machine. . OXBO offers two models of sweet corn harvesting heads. The 3000 series harvesting head is specially designed for harvesting sweet corn (fresh corn). It will not damage or lose the corn during work, and produces shorter stems and less husks, making it the first choice for harvesting. The CP400 series harvesting head harvests the effect of manual harvesting. More skins and leaves are left on the corn cobs, which can be stored longer and sell better. Compared with domestic harvest heads, one of the major advantages of OXBO products is that it does not tear the corn directly from the crop, but uses a sharp blade to cut the corn from the stalk, which greatly reduces the loss of corn. In addition, it also It can reduce the processing volume of corn husks during post-processing in the factory. The conveyor belt at the bottom of the harvester pushes all harvested materials to ensure clean unloading and no blockage; bipolar powerful suction cleans the harvest with less impurities and high quality; the stems can be adjusted to make it easier to chop and handle residues, and can also be separated The useless stalks are used after harvesting; the harvested materials cleaned by suction are sent to the storage bin by the conveyor system. The high-suspended tires can also work well in wet fields. Customers often operate the equipment for harvesting 22 hours a day. .
Peaking: Sweet corn (fresh corn) must be processed in time after harvest. The A&K corn peeling system can quickly, efficiently and gently perform post-processing of sweet corn (fresh corn). The equipment is a fully automated system consisting of three independent machines, uniquely designed to quickly and gently peel off the husks of fresh corn.
The feed metering conveyor controls the fresh corn delivery rate and can be manually adjusted by the operator for a wide range of settings. The vibrating feeder can arrange the fresh corn so that it enters the peeling process in the best position, maximizing efficiency while minimizing damage to the fresh corn. The power peeler's rotating counting rollers gently peel away the skin without damaging the pulp. High-quality rubber rollers mean higher output, longer roller bed life and lower maintenance costs, and precise design and construction resulting from tight tolerances make this equipment the quietest machine to operate. This power peeling system can also be modified by A&K Company for peeling corn seeds, removing stems and leaves from oranges and grapefruits, cutting onions, removing sprouts from potatoes, and removing tops and tails from radish and apples. All steel structures are hot-dip galvanized, which is rust-proof and easy to clean. All parts in contact with corn are made of stainless steel or other corrosion-resistant materials and comply with US Food Sanitation (FDA) standards.
Cleaning: Olney corn kernel foam cleaning machine (fresh corn) can efficiently clean a variety of foods. The machine is made of stainless steel, and suspension cleaning, threshing and filtering devices can be customized according to special needs. This unit combines suspension cleaning and filtration features to provide the cleanest fresh corn kernels. In the suspended cleaning tank, the calm flowing water separates and carries away the scum. An optional air compression system can be installed to mix air into the bottom of the suspended cleaning tank, thereby increasing the buoyancy of the residue and improving cleaning efficiency. The fresh corn kernels sink to the bottom of the suspended cleaning tank. After the threshing process, gravel, sediment and other residues are removed and stored in the stone trough. The stone trough will fill up with residue in a short time, but by simply operating the handle to lift the stone trough, the residue can be discharged into an empty basket or gutter, saving the thresher the trouble of manual dumping. After passing through the stone trough, the corn kernels are dehydrated and filtered very cleanly on the vibrating drain screen. The filtered residue is dehydrated on the lower screen plate and discharged into the debris channel. The special advantage of this equipment is the scum dehydration system. All scum will be dewatered and filtered through the static filter on the side of the cleaning flotation tank. The open-top design of the machine enables good visibility, clear status, and easy operation and maintenance.
Sweet corn (fresh corn) is both a grain-increasing crop and an income-increasing crop. The development of fresh corn production has irreplaceable practical significance for ensuring my country's food security. Vigorously developing the mechanization of fresh corn production can not only reduce farmers' labor intensity, effectively compete for farming time, and resist the impact of natural disasters, but also ensure that agronomic measures are in place, expand planting area, increase corn yield, and achieve cost savings and increase in fresh corn production. effect. In recent years, with the rapid development of my country's economy, seasonal shortages of agricultural labor have emerged in many places, and the contradiction between competition for labor and farming time is acute. In particular, the labor required to harvest fresh corn accounts for more than half of the labor required to produce fresh corn, and seasonal labor shortages are even more prominent. In many places, it is no longer possible to rely on human and animal power to meet the requirements for harvesting and planting. In order to achieve sustained income growth, there is an urgent need to improve the mechanization level of the entire fresh corn production process and support the stable development of fresh corn production. On the other hand, with the development of animal husbandry, the requirements for mechanization of fresh corn straw processing, silage and harvesting are becoming increasingly urgent. Therefore, vigorously promoting the mechanization of fresh corn production is a realistic need and urgent move to solve the problem of labor shortage in fresh corn production, stabilize fresh corn production, improve the labor productivity of fresh corn production, and increase farmers' income.
Agricultural machinery, as a representative of advanced rural productivity, is an important material foundation for the construction of modern agriculture and new socialist countryside in fresh corn-producing areas. Modern agronomic technology and agricultural equipment technology complement each other, and agricultural mechanization is the basic condition for efficient, low-consumption, and standardized production of modern agriculture. Developing mechanization of fresh corn production can change the traditional production methods of fresh corn, promote changes in traditional agricultural farming methods, and promote the effective use of straw. It is an important measure to develop a circular economy. Promoting the development of corn production mechanization can not only accelerate the development of corn production and support the transfer of rural labor, but also promote rural areas to enjoy the fruits of modern industrial civilization, improve farmers' production conditions, and improve farmers' quality of life. Accelerating the mechanization of fresh corn production is an inevitable requirement to promote the coordinated development of urban and rural areas and promote the modernization of modern agricultural development in the main fresh corn producing areas.