Round Bale Straw Crushing Picking and Baling Machine Shipped to the Netherlands
The Dutch customer for this purchase is a comprehensive farm that mainly grows feed crops such as corn, wheat, and alfalfa, and raises livestock. In their daily production, they need to collect and process large amounts of straw for feed production and field management. To save on labor and transportation costs, they decided to buy a round bale straw crushing picking and baling machine.
Reasons for purchasing the machine
Customers previously relied primarily on manual labor or multiple specialized machines to collect, shred, and bale straw, which not only consumed a significant amount of time and manpower but also posed challenges such as transportation inconvenience and straw waste.
The goal is to use a multifunctional machine to achieve on-site shredding, collection, and baling, directly converting straw into feed or straw bales that are easy to store and transport, thereby reducing costs and improving efficiency.
Straw crushing picking and baling machine features
- It can directly crush and collect crop residues such as corn stalks, wheat straw, cotton stalks, and alfalfa straw in the field, covering an area of 0.82–1.3 acres in a single pass.
- Round bale baler function: the shredded straw is formed into compact, breathable round bales, facilitating transportation and long-term storage.
- Multi-functional application: the machine can operate before or after harvest, handling standing or fallen straw, and adapting to various field conditions.
- Cost savings and improved efficiency: integrated operation reduces manual labor and transportation steps, enhancing field operation efficiency and lowering production costs.
Customer benefits and applications
The straw crushing picking and baling machine has been successfully shipped to the Netherlands and put into use. Customers have reported that the equipment is easy to operate, provides uniform shredding results, and produces tightly packed bales. This has not only improved straw recovery efficiency but also optimized feed storage and transportation processes.
