⑥ Tool abnormal wear rate reduced by 67% (tested on 5,000 aluminum parts).
⑦ Fixture lifespan extended by 3 times (corrosion-resistant to cutting fluid).
⑧ Rework rate of precision parts reduced from 8% to 0.3%.
⑨ Workshop protection operation area reduced by 80%.
Solution Positioning
A nanometer-level surface protection system specifically designed for the entire CNC machining process, suitable for 20+ metal materials including aluminum, magnesium, titanium alloys, and stainless steel. Certified by ISO 9001, it meets the protection requirements for multiple stages, from rough machining (0.5mm cutting depth) to finishing (Ra0.4μm), and can seamlessly integrate with mainstream CNC control systems like FANUC and HAAS.
Core Values
The innovative "dynamic conformal coating" technology, based on tool path prediction, achieves:
① μ-level protection: 5-axis spraying precision ±0.02mm, adaptable to complex curves
② Intelligent cycle: Coating completed in 2 seconds, synchronized with CNC tool change time
③ Thermal management: Temperature range from -20°C to 150°C, resistant to cutting fluid washout
④ Zero-interference machining: Coating hardness Hv50 (cuttable) / post-curing hardness Hv800 (protective) dual-mode
① Bubbles in adhesive films cause scratches.
② Masking is time-consuming, accounting for 30% of the total working time.
③ Residual adhesive damages precision surfaces.
④ Inadequate protection for high-toughness materials.
⑤ High costs for small-batch production.
① Vacuum adsorption + ion activation dual-interface treatment.
② Machine vision positioning (0.1s/feature point).
③ Water-based peelable formula (detaches after 5 minutes of soaking in water).
④ Gradient coating technology (penetration in the bottom layer / impact resistance in the top layer).
⑤ Intelligent material calculation system (waste rate < 3%).
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