Apron Feeder Frame Precision Machining to Indonesian Customer

The apron feeder currently under production, with the specific model being BL600x3m, is mainly used for transporting gold ore materials. The customer has put forward clear processing capacity requirements for this equipment, which need to reach a conveying capacity of 125 tons per hour, and the maximum allowable size of the material is 180 millimeters.

Since January this year, the factory has officially initiated the blanking production process. After the gradual advancement of multiple procedures in the early stage, the initial formation of the frame part has been successfully completed. Production has now entered the crucial and meticulous finishing stage. The quality of the process at this stage will directly affect the final performance of the entire machine.

The frame of the Apron feeder, as the core load-bearing component, is responsible for supporting the weight of materials and the entire load of the equipment’s own structure. The rigidity and strength of its structure play a decisive role in the stability and reliability of the entire machine’s operation. For this equipment ordered by the Indonesian customer, extremely strict control must be exercised over the dimensional accuracy of all aspects during the fine processing.

The primary task is to precisely ensure the length, width and height dimensions of each component of the frame. The processing error must be strictly limited within an extremely small tolerance range. Only in this way can the frame be accurately installed at the predetermined position and achieve seamless fit with other components such as the conveyor chain plate and the drive device.

In terms of the surface processing quality of the rack, a high degree of smoothness requirement must be achieved. This not only helps to reduce the adhesion and accumulation of materials such as gold ore on the surface of the rack, thereby significantly reducing the operating resistance during the conveying process, but also can effectively improve the corrosion resistance of the rack in damp and dusty environments, thereby extending the overall service life of apron feeder and reducing the maintenance costs for customers.

The main body of this rack is welded with steel plates, forming a stable I-shaped main structure, and is connected as a whole through channel steel, I-beam and other profiles. This structural design not only ensures that the frame has excellent rigidity and strength, but also can effectively resist material impact and dynamic loads during long-term operation, demonstrating outstanding impact resistance and durability.