Zoomlion: Media Focus - CCTV News: Purchasing Agricultural Machinery, Preparing for Spring Ploughing, New Technologies Are Popular

The advancement of technology is transforming the way agricultural production is carried out, and at the same time, it is giving rise to the market's demand for updated and replaced products. On February 26th, CCTV13's "Morning News" program interviewed a major grain grower in Nanchang City, Jiangxi Province, who was choosing new agricultural machinery products under the title "Purchasing Agricultural Machinery, Preparing for Spring Ploughing". This incident serves as a microcosm, demonstrating that Zoomlion's agricultural machinery products, which apply new technologies, are increasingly popular among farmers.

It is understood that the major grain grower is named Wang Haifen. She purchased a Zoomlion 2ZPY-13A rice orderly transplanting machine two years ago. Thanks to the advanced orderly transplanting technology and efficient mechanized operation, the management of her 600 mu of rice fields has become worry-free and easy. After learning about the launch of the upgraded product, Wang Haifen went to the local agricultural machinery market early in the morning and selected the Zoomlion 2ZPY-13D rice orderly transplanting machine that she had her heart set on.

The Zoomlion 2ZPY-13D rice orderly transplanting machine, based on the technological advantages of the previous generation, has been upgraded to a 24-horsepower engine that meets the National IV emission standards. The process level of the chassis has been optimized, and the wind resistance during transplanting has been enhanced. It can also be equipped with an auxiliary driving system integrating satellite reception and positioning control, achieving a higher level of intelligence. It can carry out the rice-throwing operation quickly, smoothly and precisely along the preset route. Users do not need to control the steering wheel throughout the process to achieve automatic walking, turning around, changing lanes and other operation actions, significantly reducing labor intensity and ensuring operation quality.