Precision Shot Peening "OX-FSP Processing"
Precision Shot Peening "OX-FSP Processing"
The OX-FSP process differs from traditional shot peening, which has been widely used to improve the fatigue strength of gears and similar components. Instead, it involves carefully selecting shot conditions based on the product's material, heat treatment, hardness, and the intended purpose according to the usage environment, processing under optimal conditions with the main objectives of enhancing fatigue strength and improving lubricity.
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Oxy Corporation - Company Profile
Sincerely, with heartfelt dedication, leading the industry with innovative surface treatment technology.
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Formation of plateau-structured surfaces using precision shot peening and polishing treatment technology.
Achieve both "increased fatigue strength" and "low friction characteristics" simultaneously with a unique plateau structure! Easily formable into complex shapes! Mirror finish is also possible.
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"Precision shot peening & special grinding processing!" *Case study collection available as a gift.
The lifespan and strength of molds and parts are significantly increased through metal surface modification treatment! It is also possible to improve oil retention and enhance sliding properties with a unique plateau structure.
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Precision shot peening: Improving the lifespan and moldability of die-casting molds.
Introducing the effectiveness of surface modification technology for die-casting molds and examples of its application. *Case study collection available as a gift.
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【Surface Treatment】Effectiveness of OX-FSP Treatment on Cutting Tools and Processing Examples
Introducing the effectiveness and processing examples of surface treatment and precision shot peening for cutting tools, "OX-FSP."
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Effectiveness of OX-FSP Treatment for Hot and Cold Forging Molds【Surface Treatment】
Introducing the effectiveness of surface treatment and precision shot peening 'OX-FSP' for hot forging molds and cold forging molds.
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Shot Peening "OX-FSP": Four Effectivenesses for Injection Molding
Introducing surface modification technologies for injection molding, such as extending mold life and reducing defect rates. *Case study collection available as a gift.
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Precision Shot Peening 'OX-FSP' Application Examples for Die Casting Molds
【Surface Treatment Technology】Significant reduction in the number of defects! Introducing examples of application to aluminum die-casting molds.
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Effect of shot peening and special polishing on the quality improvement of "molds and products"
Introducing two unique Oxo technologies for surface modification! *Case study collection available as a gift.
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Effectiveness of OX-FSP Treatment on the Lifespan and Molding Performance of Press Dies
[Effect] Increased surface hardness, reduced friction! Introducing the effectiveness and application examples of surface treatment and precision shot peening for press molds.
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[Surface Treatment] Examples of Shot Peening and Special Polishing Treatment Applied to Molds
Introducing the application examples and effects of two surface treatment technologies, "OX-FSP treatment" and "OX-Polish," in molds.
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Precision Shot Peening "OX-FSP Treatment" | Method for Reducing Friction Resistance
Surface treatment: Not only does PIP treatment form a highly lubricating film, but it also significantly reduces friction resistance and improves wear resistance! Substantial friction reduction is possible.
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Combination method of fine particle precision shot peening and special polishing treatment technology.
By combining two unique technologies, we achieve the formation of plateau structures, the addition of residual compressive stress, and improvements in polishing processing technology!
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Precision Shot Peening 'OX-FSP' | Comparison Data with Conventional Processing
By the "OX-FSP process," high residual compressive stress is imparted! Furthermore, the fatigue strength is significantly improved by the "hybrid peening" developed by Oxo.
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Surface Treatment: Shot Peening 'OX-FSP Processing' Condition Selection Items
Precision shot peening that enables optimal processing through carefully selected shot conditions. Introducing three selection criteria.
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Precision Shot Peening: Example of Processing 'Cutting Tools' *Case Study Collection Available
Improved tool life! Introducing the measurement results of "tool treatment" using Oxy's unique surface modification technology!
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Precision Shot Peening: Example of "Resin Molding" Processing *Case study collection available
Improving the flowability of resin materials! Introducing our unique "resin molding treatment" using proprietary surface modification technology.
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Multiple surface modification technologies for parts and molds are featured! "Technical Application Case Collection" *Free distribution.
Introducing our unique technology that brings out the characteristics of metal parts from our extensive track record! Also included are case studies and effects of applying special polishing techniques in molds!
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Precision Shot Peening: Our proprietary "OX-FSP" processing technology.
Surface modification with an injection speed twice that of conventional peening, ensuring high residual compressive stress and good sliding properties! *Promotional materials are currently available.
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Surface modification technology for aluminum casting "OXISO treatment" *Case study materials available.
By processing with sleeves and the like, the fluidity of the material is improved. When treated in the mold, the reduction in molten temperature is suppressed, contributing to carbon neutrality.
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Metal surface modification technology
Technology that maximizes the properties of metals! Solving various issues faced by metal products.
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Surface modification technology for resin molding machine parts "OXISO treatment" *Case study materials available.
By treating the screws and cylinders of the molding machine parts, the fluidity of the material is improved. This is also effective in suppressing contamination and reducing defect rates.
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Extension of the lifespan of hot forging molds: Examples of mold processing treatment *Case study collection available
Significantly improves the fatigue strength of the material! Reduces heat crack occurrence through nanocrystallization.
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Piercing Punch: Examples of Mold Processing *Case Study Collection Available
Improved coating adhesion! A case where punch lifespan increased from 20,000 shots to 100,000 shots.
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Helical Gear: Examples of Processing Engine Parts *Case Study Collection Provided
It is now possible to polish surfaces and bottoms of teeth that were previously difficult! The maintenance period has been extended to twice as long, contributing to cost reduction.
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Explained in a video! I want to add a design to agar! <Shibo processing>
Improving release properties by applying a shibo finish and roughening the surface of the mold! Introducing the transfer to agar in a video.
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【Video Explanation!】I tried adding non-slip grips to the towel hanger.
We will introduce a technique for creating anti-slip surfaces using the unevenness after OX-FSP in a video.
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Explained in the video! Affects the coefficient of restitution! Increased hardness
We present a video showcasing the experimental verification conducted with untreated and OX-FSP processed sample plates!
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Explained in a video! You can make a lemon sour with 1.5 times the juice! It's a strong one.
Introducing a technique for squeezing fruit using a surface-treated (OX-FSP) squeezer in a video!
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Explained in the video! We applied OX-FSP treatment to a 100 yen store shoehorn.
We introduce a video showcasing an example of a shoehorn sold at a 100 yen shop that has undergone OX-FSP treatment!
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