At present, there are many types of bean harvesters on the market, and different models of harvesters differ in feeding volume, cutting width, stubble height, etc., to meet the needs of different users. As an important tool of modern agriculture, bean harvester plays an increasingly important role in agricultural production with its high efficiency, intelligence and multi-functional features.

Crawler harvesters are suitable for harvesting operations in complex terrain and wet environment, with strong passability and stability. For example, the Sichuan Gangyi 4LZD-0.6 crawler small soybean combine harvester can feed 0.6 kilograms of soybeans per second, and the cutting width reaches 1,200 millimeters, which is suitable for harvesting small fields. Wheeled harvesters are more suitable for harvesting operations in flat terrain, with high maneuverability and flexibility. Shandong Jindafeng 4LZ-1.6A wheeled soybean combine harvester, with a feeding capacity of 1.6 kilograms per second and a cutting width of 1,600 millimeters, is suitable for rapid harvesting of large fields.

In the context of the rapid development of modern agriculture, bean harvester, as an important tool to improve the efficiency of agricultural production, is gradually becoming a good helper for the majority of farmers. Bean harvester with its high efficiency, intelligent, multi-functional features, greatly reducing the labor intensity of farmers, improve the efficiency and quality of crop harvesting. Some high-end bean harvesters are also equipped with intelligent control systems, which can monitor the growth of crops and harvesting parameters in real time, automatically adjust the harvesting height and speed, and improve the accuracy and efficiency of harvesting.

Bean harvesters are equipped with features such as adjustable cutting heights to accommodate different crop varieties and growth stages, as well as mechanisms to handle the beans gently to minimize damage and maintain quality. Some advanced models may also include GPS and field data maps to optimize harvesting paths and yield data analysis, helping farmers make informed decisions for future crops.