CNC Sheet metal processing
The advantages of CNC sheet metal processing
We can provide various sheet metal processing and manufacturing services, using CNC machining equipment, which can achieve:
1. High precision and consistency: Micro level machining accuracy (with an error of less than 0.01 millimeters) is achieved through computer control, ensuring high uniformity of batch product dimensions.
2. Efficient automation: supports 24-hour continuous processing, significantly improves production efficiency, reduces manual intervention and operational errors
3. Complex structure processing capability: Multi axis linkage technology can complete the processing of complex sheet metal parts such as curved surfaces and irregular holes in one go, avoiding the cumulative errors of traditional processes
4. Material and cost optimization: Adapt to various metal materials (such as aluminum alloy, stainless steel), reduce material waste by 15% -20% through precise cutting, and lower overall costs
Peek Into Our Designs
CNC sheet metal processing
How It Works
01 Design and Process Planning Stage
Technical features: Based on customer drawings or samples, perform 3D modeling, calculate unfolding dimensions, determine materials (such as cold-rolled plates, stainless steel, etc., thickness 0.5-6mm) and processing routes. Core process: Review drawings and create unfolded drawings; Choose cutting methods (laser cutting, CNC stamping, etc.) and forming processes (bending, stamping, stretching, etc.).
02 Numerical Control Programming and Simulation Stage
Technical features: Convert CAD models into G-code through CAM software, define tool paths, cutting parameters, and safety surfaces, and simulate the machining process to avoid collisions or overcutting. Core process: Generate tool path files; Simulate and verify the rationality of the machining path
03 Processing execution stage
Technical features: Automated equipment (such as laser cutting machines, CNC bending machines) can accurately process according to programs and support multi axis linkage to complete complex structures (such as curved surfaces and irregular holes). Core process: Material cutting (laser/stamping); Forming processing (bending, spinning, etc.); Welding or riveting (if necessary)
04 Quality inspection and post-processing stage
Technical features: Use tools such as calipers and coordinate measuring instruments to measure dimensional accuracy, and surface treatment (such as powder coating and electroplating) to enhance corrosion resistance. Core process: Size and appearance inspection; Surface treatment (phosphating, oxidation, etc.); Deburring or assembly testing.
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