When purchasing agricultural machinery, quality should be the top priority. Many mid-sized and small agricultural machines currently on the market suffer from high failure rates, poor reliability, and short component lifespans. Their operational performance often falls short of agronomic needs. For example, some combine harvesters have a high rate of crop loss during harvesting and low field efficiency, which makes them unacceptable to most users. Additionally, there are serious safety risks—such as inadequate protection in paddy field cultivators, leading to frequent accidents like leg injuries. Another issue is poor adaptability; for instance, some combine harvesters are not suitable for waterlogged or high-yield crops. Therefore, when buying agricultural machinery, it's crucial to choose products that have passed quality inspections and hold an "agricultural machinery promotion permit." It’s also advisable to go for well-known brands or enterprises with a reputation for stable quality and reliable after-sales support.
In addition to quality, the proper use of agricultural machinery is equally important. Each machine has a specific range of applications, clearly outlined in the user manual. For example, the feeding rate of a harvester or the load capacity and speed of transport equipment must be strictly followed. Users should avoid overloading or speeding, as this can damage the equipment and lead to dangerous accidents. Safety warnings on the machinery and instructions in the manual must be carefully observed to ensure safe operation.
Finally, the development of agricultural machinery should focus on increasing technological innovation. Manufacturers need to stay informed about current trends and market demands, aiming to enhance product technology and avoid unnecessary technical detours. During product design and production, they should integrate advanced agricultural technologies with modern farming practices. For example, when developing equipment for lightweight rice cultivation, there's no need to rely on outdated methods like dragging or pulling. Instead, new, efficient solutions should be explored to improve productivity and sustainability in agriculture.
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