Agricultural seeder

Structure: Generally composed of a frame, traction or suspension device, seed box, seeder, transmission device, seed delivery pipe, trencher, rower, walking wheel, and soil compaction device.

Working principle: The seeder transmits power to various working components through a transmission device. When the walking wheel rolls on the ground, it drives the seeding device to work. Seeds enter the seeding device from the seed box, and the seeding device discharges the seeds into the seed delivery pipe according to a certain rule and spacing. Then, the seeds are transported to the trench opened by the trencher through the seed delivery pipe, and then covered and compacted by the soil compaction device to complete the sowing process.

Function and advantages

Improving sowing efficiency: Compared to manual sowing, agricultural seeders have faster and more efficient operation speed, and can complete large-scale land sowing tasks in a short period of time, saving a lot of manpower and time costs.

Ensuring sowing quality: precise control of sowing amount, row spacing, plant spacing, and sowing depth can ensure even and consistent seed distribution, which is beneficial for seed germination and growth, improves crop emergence rate and uniformity, and lays the foundation for high and stable crop production.

Reduce labor intensity: Mechanized sowing has replaced traditional manual sowing methods, and farmers no longer need to engage in high-intensity physical labor such as bending and squatting, reducing labor intensity and improving working conditions.

Adapt to various crops and terrains: Different types of seeders can meet the sowing needs of various crops, such as grains, vegetables, cotton, corn, etc. At the same time, some seeders also have good passability and adaptability, and can operate in different terrains of farmland, such as plains, mountains, hills, etc.