In the field of metal surface treatment, mirror level drawing effect has always been the pursuit of high-end manufacturing. Traditional craftsmanship struggles to balance efficiency and precision, but the new generation of high-end flat drawing machines has successfully overcome this bottleneck through multiple technological innovations.
Core technology breakthrough
Nano level sand belt grinding system
Using diamond coated sand belts (with a mesh size of up to 3000-5000) and a constant pressure control system (with an accuracy of ± 0.5N), a surface roughness of Ra ≤ 0.05 μ m is achieved, comparable to manual polishing effect.
Multi stage process integration
Through the three station linkage design of rough grinding, fine grinding, and mirror polishing, traditional multiple processes can be completed in a single operation, increasing efficiency by 200% and completely eliminating transition marks.
AI real-time monitoring
Built in high-precision CCD detection module, which can dynamically adjust the pressure and walking speed of the sand belt (response time<0.1 seconds), ensuring the consistency of the texture of the 10 meter long board (color difference Δ E<0.5).
Industry application value
Consumer Electronics: The frame of a certain international brand mobile phone is processed using this equipment to achieve a mirror drawing effect for mass production (tested for 48 hours of sweat corrosion).
Precision molds: The surface treatment time for injection molds has been reduced from 8 hours to 2 hours, completely avoiding dimensional deviations caused by traditional polishing.
This technological breakthrough has enabled mirror drawing to enter the era of industrial mass production from small-scale customization, providing a new solution for high-end fields such as automotive decoration and luxury hardware.
