Successfully Arrived! 10 Units Of 4Qz-2600 Self-Propelled Forage Harvesters Have Been Delivered And Handed Over.
Following a long-haul transit, 10 units of the 4QZ-2600 self-propelled forage harvester have successfully arrived at their destination, where they have been inspected and accepted by the client on-site.
The 4QZ-2600 self-propelled forage harvester is powered by a 320-horsepower engine and equipped with a high-efficiency kernel processor. It integrates harvesting, chopping, and kernel processing into a single operation. Capable of handling various types of forage—such as corn stalks, sorghum, elephant grass, and alfalfa—the machine delivers high operational efficiency and consistent kernel-processing results, effectively ensuring the quality of the ensiled forage.
During the on-site handover, personnel from both sides collaborated to inventory the equipment, conduct visual inspections, and verify all accessories, confirming that every unit was in excellent condition and complete with all components. The client expressed satisfaction with the protective packaging, the timeliness of the delivery, and the overall state of the machinery.
Leveraging a comprehensive agricultural machinery delivery protocol, Senrui tracked the shipment throughout its journey, ensuring the equipment was securely fastened and well-protected to mitigate risks associated with long-distance transport. Moving forward, we will continue to provide technical guidance, operational training, and dedicated after-sales support to help operators get up to speed quickly and ensure the equipment remains productive and reliable.
Deeply committed to the global livestock and crop-residue recovery markets, we consistently develop high-performance forage harvesting machinery. This bulk delivery serves as a testament to the client’s confidence in our product capabilities and service infrastructure. We look forward to seeing these forage harvesters operating at full capacity, helping our client boost silage production, optimize forage reserves, and achieve efficient, mutually beneficial outcomes.
