Laverda 3650

Engine: The Laverda 3650 typically features a powerful engine, often diesel-powered, designed to provide ample horsepower to drive the harvesting components and move the machine across fields efficiently. Harvesting Mechanism: It comes equipped with a cutting platform or header at the front, which can vary in width depending on the model and configuration. This header is responsible for cutting the crop close to the ground and feeding it into the threshing mechanism. Threshing and Separation: Inside the machine, the harvested crop passes through a threshing system, which separates the grain from the straw and chaff. This system often consists of rotating cylinders or rotors equipped with threshing elements that separate the grain kernels from the rest of the plant material. Cleaning System: After threshing, the separated grain undergoes a cleaning process to remove any remaining chaff, straw, or impurities. This is typically achieved through a combination of sieves, screens, and airflow, ensuring that only clean grain is collected for storage. Grain Storage: The clean grain is collected and stored in a grain tank located onboard the harvester. The capacity of the grain tank can vary depending on the model, but it’s designed to hold a significant volume of harvested grain, reducing the need for frequent unloading. Operator Cabin: The Laverda 3650 is often equipped with a spacious and ergonomic operator cabin, providing the operator with a comfortable working environment during long harvesting days. The cabin is typically equipped with modern controls and displays, allowing the operator to monitor and adjust various harvesting parameters. Mobility: The combine harvester is mounted on wheels or tracks, allowing it to move easily across different types of terrain. It may feature advanced suspension systems to ensure a smooth ride even in rough field conditions. Technology Integration: Depending on the model and optional features, the Laverda 3650 may come equipped with advanced technology such as GPS guidance, yield monitoring systems, and telemetry capabilities. These technologies help improve harvesting efficiency and provide valuable data for farm management. Maintenance and Serviceability: Laverda machines are known for their ease of maintenance and serviceability, with features such as easily accessible engine compartments, convenient service points, and diagnostic systems to identify potential issues quickly.