Xingyue transplanters have obtained 93 patents, including 14 invention patents, 68 utility model patents, and 11 design patents. Multiple product models have received provincial - level agricultural machinery promotion certifications.
It can transplant both mat seedlings and plug seedlings, meeting diverse agronomic requirements.
For waterlogged fields in parts of Northeast China and Jiangsu, stony fields in Jilin, and hilly small plots in South China, Xingyue high - speed transplanters can adapt well.
When the seedling claws are transplanting, the seedling - pushing mechanism mimics manual planting. It forces seedlings vertically into the soil (instead of the traditional ejection method), ensuring that seedlings stand upright. The transplanting depth is uniform, and seedlings regreen rapidly.
When the transplanter tilts or shakes during operation, the electronic automatic balance system automatically adjusts the horizontal position (left and right) of the seedling bed, guaranteeing precise transplanting.
The field softness/hardness sensing mechanism of the central floating plate allows for seven - speed fine - tuning, adapting to the transplanting needs of various soil types.
The high - pressure hydraulic power steering system enables easy handling of the steering wheel even in deeply rutted fields.
It enhances the reliability of steering and traveling in waterlogged fields.
When one transplanting mechanism encounters a foreign object, the other groups stop transplanting simultaneously. After the object is removed, they resume transplanting. This not only effectively protects the transplanting components but also avoids the situation of missing transplants in a single group.
It makes operation more convenient and better conforms to the driving habits of operators.
It can carry more seedling trays and prevent damage to the entire machine when trailing under extreme conditions.
It facilitates the observation, inspection, adjustment, and maintenance of the engine system.
It can effectively reduce the number of refueling times and improve operational efficiency.
The lifting of the seedling bed is controlled by switches; traveling and the lifting of the seedling bed can be operated with one hand, reducing labor intensity and improving operational efficiency.
