Achieving Surface Enhancement with OX-FSP Technology

OX-FSP technology is an advanced surface enhancement method developed to improve the performance of metal components by evolving traditional shot peening techniques. Based on the fundamental principles of shot peening, this technology allows flexible adjustment of processing conditions, enabling optimal surface modification tailored to the material and operating environment of each component. Through the use of ultra-high-speed projections exceeding 200 m/sec and fine media (measuring only tens of microns), OX-FSP delivers enhanced fatigue strength, significant residual compressive stress, and excellent tribological performance. It is an ideal processing solution for precision and durability-demanding products, such as engine components and bearings.
■ Features
Superior Fatigue Strength: Enhances component durability by imparting residual compressive stress through high-speed shots.
Improved Tribological Properties: Optimizes surface roughness to reduce friction.
Flexible Adaptability: Enables processing under optimal conditions based on material, heat treatment, hardness, and operating environment.
High-Speed Processing: Achieves rapid treatment with processing speeds exceeding 200 m/sec, compared to traditional shot peening speeds below 100 m/sec.
■ Capabilities
Utilization of Fine Media: Enables high-precision processing using shot materials as small as tens of microns.
Processing Accuracy: Supports precision of ±5 microns pitch accuracy with a surface finish of R0.2~0.5.
Efficient Surface Modification: Delivers high-performance results in a short time through high-speed shot processing.
■ Application Examples
Automotive Gear Components: Achieves surface modifications that ensure durability even under high-load conditions.
Aerospace Precision Parts: Combines weight reduction with enhanced strength for superior performance.
Energy Equipment: Improves wear resistance and extends the lifespan of turbine blades.
OX-FSP technology supports the next generation of metal component performance through precision processing that enhances fatigue strength and tribological properties.
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