20

2025-08

Practical Application of Laser Cutting Machines in Sheet Metal Processing

Laser cutting machines have become the "core equipment" in sheet metal processing, with technological advantages covering all dimensions such as precision, efficiency, cost, and flexibility. They are especially irreplaceable in the processing of complex parts and mass production of thin plates. With the increase in fiber laser power and the integration of intelligent technologies, their application boundaries will continue to expand, driving the sheet metal industry toward high-end manufacturing transformation.

2025-08-20

22

2025-04

What are the accuracy requirements for sheet metal parts in precision sheet metal processing?

In precision sheet metal processing, the accuracy requirements for sheet metal parts cover four core dimensions: dimensional accuracy, shape accuracy, positional accuracy, and surface accuracy. The specific standards and technical implementation methods are as follows:

2025-04-22

22

2025-04

Considerations for Shell Heat Dissipation Design in Sheet Metal Processing

In sheet metal processing, the design of shell heat dissipation must consider thermodynamic principles and sheet metal process characteristics. It requires systematic design from four core dimensions: heat dissipation hole layout, airflow organization, structural protection, and material and process coordination. The following are specific considerations:

2025-04-22

22

2025-04

What should be paid attention to in the grinding process of sheet metal processing?

In sheet metal processing, the grinding process is a key step to ensure the surface quality of the workpiece, eliminate defects, and improve the effectiveness of subsequent treatments. Its precautions need to be comprehensively considered from multiple aspects including operational standards, safety protection, process control, and detail handling, as detailed below:

2025-04-22

22

2025-04

Differences between precision sheet metal processing and traditional sheet metal processing

Precision sheet metal processing achieves a breakthrough in accuracy limits (±0.1mm vs 1mm), equipment intelligence (CNC rate over 80% vs traditional equipment dominance), and value positioning upgrade (high value-added customization vs low-cost mass production), forming a technological gap compared to traditional sheet metal. Its core advantage lies in meeting the modern industry's demands for high precision, high efficiency, and high flexibility, becoming a key supporting technology in high-end manufacturing fields such as 5G, medical, and aerospace.

2025-04-22

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