In modern manufacturing, surface treatment of metal sheets is not only related to aesthetics, but also directly affects the durability and functionality of products. The high-efficiency metal sheet drawing technology, with its stable processing effect and excellent adaptability, has become a key process in industrial design, high-end equipment, consumer electronics and other fields.
1. Technological innovation: precise control, efficient output
Traditional wire drawing processes often face problems such as uneven patterns and low efficiency, while modern CNC flat wire drawing machines can achieve fine pattern customization of Ra0.1~3.2 μ m through high-precision servo systems and intelligent sand belt adjustment technology. For example, in the 3C industry, the straight, irregular, and snowflake patterns of stainless steel frames can be switched with just one click through parametric programming, and the daily processing capacity of a single machine can reach over 500 square meters.
2. Material adaptability: Comprehensive coverage from aluminum to titanium
Aluminum alloy: suitable for electronic product casings, with improved anti fingerprint performance after wire drawing
Stainless steel: meets the corrosion resistance requirements of kitchenware and medical equipment
Titanium alloy: specialized drawing process for aviation components, balancing lightweight and surface strength
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3. Intelligent upgrade: reduce manual dependence
The latest model integrates AI visual inspection, which can adjust the drawing force in real time to ensure zero color difference for 10 meter long boards; Equipped with an automatic sand belt changing system, the material changing time has been reduced from 15 minutes to 30 seconds, truly achieving 24-hour continuous production.
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Conclusion
Metal wire drawing has evolved from a simple aesthetic requirement to a combination of functionality and craftsmanship aesthetics. With the popularization of automation technology, wire drawing processing will become more efficient and intelligent in the future, becoming a standard process for high-end manufacturing.
