Cutting

After undergoing aluminum extrusion or precision drawing processes, the billet is first cut and shaped before being machined into high-precision parts using CNC numerical control. The maximum size of the parts is limited by the capacity of the extrusion machine and the mold dimensions, which determine the classification of part families. Therefore, it is necessary to balance and optimize the process flow of these part families to plan and design an efficient, integrated flexible production line.

The cloud-based ordering system enables rapid scheduling and, with the support of intelligent equipment, facilitates quick mold changes to meet the production needs of different products. Through IoT technology, industrial robots and CNC machines achieve collaborative operations, allowing efficient handling even for small-batch, multi-variety orders. Each part is assigned a unique QR code ID, with its material supply, production, inspection, and other related data stored in the cloud. Users can perform traceability queries via the QR code ID.

Characteristics：

•Intelligent connectivity: The intelligent robotic arm collaborates with AGV logistics to enable 24-hour uninterrupted production, increasing the production capacity by three times

•Flexible production: Customers can submit their requirements in real time through the cloud platform and track the production progress, shortening the delivery cycle by 50%

•Green and energy-saving: The waste heat recovery system reduces energy consumption by 30%, and the closed-loop recycling technology for scrap aluminum achieves zero waste of resources, which is in line with global green manufacturing standards.