OX-FSP and OX-Polish are proprietary technologies designed to significantly improve the characteristics of metal surfaces. By combining shot peening in metalworking with advanced polishing techniques, this technology enhances surface friction properties and fatigue strength. Notably, it forms a plateau structure (a fusion of specialized dimples and groove-like patterns), reducing the coefficient of friction, improving durability, and enhancing the performance of components such as engine parts and bearings.

■ Features
Plateau Structure Formation: Specialized dimple processing and groove-like structures reduce wear and improve surface properties.
Precision Processing: Achieves pitch accuracy of ±5 μm and surface roughness of R0.2~0.5, ensuring high-quality finishing.
Versatile Adaptability: Suitable for various metal materials and component shapes, particularly in automotive, aerospace, and energy industries.

■ Capabilities
Optimized Shot Peening: Uniformly processes metal surfaces to maximize fatigue strength.
Effectiveness of OX-Polish: Reduces friction and improves contact stability through precise surface adjustments.
Processing Accuracy: Ensures fine shape modifications and consistent results across diverse components.

■ Application Examples
Automotive Engine Components: Application of plateau structures to reduce friction and improve efficiency.
Aerospace Industry Component Processing: Surface modifications that achieve durability and weight reduction.
Energy Industry Turbine Parts: Specialized surface treatments for extended lifespan and sustained performance.

The combination of OX-FSP and OX-Polish offers a proprietary technology that enhances the reliability and performance of products.

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