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HeGro Onionmaster 2.25
In modern agriculture, adopting innovative technologies is crucial for enhancing production efficiency. One of the groundbreaking solutions is the new planter – HeGro Onionmaster, developed by the Dutch company HeGro Agriservice based in Nieve-Tonge. This machine, now rebranded as HeGro Onionmaster 2.25, is specifically designed for planting onions sized between 6 and 25 mm, ensuring optimal crop formation and contributing to high yields.
Innovative Approach and Process Automation
The HeGro Onionmaster 2.25 showcases a high level of automation, enabling farmers to significantly reduce reliance on manual labor. Onions are delivered from a dedicated hopper onto a belt that gently guides them toward the tractor. The operator, seated in a state-of-the-art cabin, oversees the entire planting process. Thanks to an electric drive, both the guide mechanisms and the belt speed can be precisely adjusted, allowing the machine’s operation to be tailored to specific soil conditions and onion sizes.
Technical Specifications of the 2.25 Model
The new HeGro Onionmaster 2.25 is characterized by its well-thought-out approach to onion delivery and soil preparation. After being fed via the belt, each onion is transferred to the ground using specially designed nozzles and transparent hoses positioned along the tractor’s side. This method ensures an even distribution of plantings while minimizing product losses.
Special attention is given to the pre-treatment of the soil. In front of the planting units, several specially designed discs are installed. These discs not only cut through the soil to set it in motion but also grind up the remnants of harvested crops and break up soil clods. As a result, a consistent planting depth is achieved, contamination of working parts is reduced, and the risk of clogging is minimized.
A key feature of this machine is its design: eight primary working elements are suspended from a single oscillating frame, allowing the planter to adapt to uneven terrain. The system is equipped with pressure wheels at the rear and depth wheels at the front, ensuring that the predetermined planting depth is accurately maintained and enhancing the overall quality of soil processing.
Advantages for Modern Agribusiness
The implementation of the HeGro Onionmaster 2.25 opens up new opportunities for farmers. Its autonomous mode of operation reduces the need for constant operator intervention and minimizes the chance of errors, leading to resource savings and increased productivity. The innovative technologies integrated into the machine ensure consistent performance even in challenging heavy soil conditions.
The Dutch manufacturer, HeGro Agriservice, from Nieve-Tonge, brings years of experience in producing high-tech agricultural machinery. The company continually refines its designs by incorporating modern solutions that optimize production processes and meet the demands of growers in both domestic and international markets.
Technical Support and Spare Parts for Seeders
A critical aspect of successfully implementing modern technology is having reliable service support. Among the leading suppliers of spare parts for seeders in Ukraine is LLC "Bas-Agro." The company manufactures spare parts analogs for seeders, which enables farmers to maintain the high efficiency of their equipment. Spare parts from LLC "Bas-Agro" are delivered to various regions, including Kyiv, Lviv, Kharkiv, Odesa, Dnipro, and others. For detailed information on the product range and ordering conditions, please visit the official website section spare parts for seeders.
The HeGro Onionmaster 2.25 is a striking example of how modern technology can revolutionize the process of planting onions. Thanks to its innovative features—precise onion delivery via a belt system, adjustable electric drive-controlled guides, and specially designed soil discs—the machine ensures consistent planting depth and a high level of operational quality. This comprehensive approach to equipment design contributes to reducing costs, enhancing productivity, and streamlining production processes.
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