The new-type dual-disc silage harvester is a modern grain-storage device that has been widely adopted in contemporary agricultural production due to its high efficiency, energy savings, and environmental friendliness. The production technology for this innovative machine is crucial in ensuring its quality and performance.

　　I. Production Process of the New Dual-Disc Silage Harvester

　　The production process for the new dual-disc silage harvester primarily includes the following steps:

　　Design: Prior to production, a comprehensive design phase is required, encompassing structural design, electrical design, and control system design. The design must comply with relevant national standards and be customized to meet specific customer requirements.

　　Material Procurement: Procure materials that comply with national standards, including steel, electronic components, and transmission devices.

　　Cutting and Welding: Steel is cut to the required dimensions and assembled by welding using cutting and welding equipment.

　　Surface Treatment: Perform grinding with a grinding wheel and apply rust-prevention treatment to the welded steel components.

　　Assembly and Commissioning: Assemble the welded components, install electronic components, drive mechanisms, control systems, and other subsystems, and perform commissioning to ensure that the equipment meets relevant standards and customer requirements.

　　Quality Inspection and Packaging: Conduct quality inspections and packaging on finished equipment to ensure it remains undamaged during transportation and operation.

　　II. Production Technology for the New-Type Dual-Disc Silage Harvester

　　Design Technology: The design of the new dual-disc silage harvester must comply with relevant national standards and be customized to meet customer requirements. The design should take into account the equipment’s stability, reliability, and durability, while also emphasizing its level of intelligence and automation.

　　Welding Technology: Welding is a critically important step in the production of the new-type dual-disc silage harvester. The use of high-quality welding techniques ensures the equipment’s strength and stability, while also extending its service life.

　　Surface Treatment Technology: Surface treatment is a critical step in ensuring the equipment’s appearance and service life. Sanding with abrasive wheels and applying anti-rust treatments not only produce a smooth, even surface but also prevent rust and other corrosion issues caused by oxidation.

　　Automation Technology: The higher the degree of automation in new-type dual-disc silage harvesters, the greater the improvement in equipment productivity and the reduction in labor costs. At the same time, automation helps minimize human-error-induced deviations, thereby enhancing the stability and reliability of the equipment. Currently, manufacturers of these new-type dual-disc silage harvesters have widely adopted automation technologies, such as PLC control systems and sensor-based monitoring systems, which enable automatic control, real-time monitoring, and automated alarm functions.

　　In summary, continuous innovation and advancement in production technology by manufacturers of new-type dual-disc silage harvesters not only enhance equipment performance and quality but also meet users’ demands for superior product quality and operational effectiveness. Looking ahead, as technology continues to evolve and innovate, these manufacturers will further elevate their production capabilities and introduce even smarter, more efficient, and energy-saving grain-storage equipment.