OXISO THAILAND CO.,LTD.
Most recent update: 2025-06-04
PR message
Oxiso offer a complete line service with special polishing process technology to meet any customer need.
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.
■ For more details, please download the PDF or contact us.
OX-Polish is a specialized polishing technology developed based on OXISO's decades of expertise in surface treatment technologies and processes. This technology leverages the knowledge accumulated through OX-FSP (Micro-Particle Precision Shot Peening) to significantly enhance the characteristics of metal surfaces. By forming a unique surface structure, it drastically improves the tribological properties and durability of metal components. OX-Polish delivers exceptional results in applications demanding high performance, such as engine components, aerospace parts, and critical components in the energy industry.
■ Features
Formation of Unique Surface Structures: Achieves smooth and uniform surfaces through micro-particle polishing technology.
Application of OX-FSP Technology: Further enhances the superior surface modification effects achieved through high-speed shot processing.
Improved Tribological Properties: Reduces surface friction to extend component lifespan.
Advanced Processing Techniques: Provides optimized finishing through a proprietary process.
■ Capabilities
Precision Polishing: Achieves surface roughness as fine as R0.2~0.5.
Enhanced Durability: Improves fatigue strength while suppressing surface damage.
Wide Applicability: Compatible with a variety of metal materials and shapes, making it suitable for diverse components.
■ Application Examples
Automotive Engine Components: Surface polishing treatment for friction reduction and enhanced durability.
Aerospace Industry Components: Adopted for lightweight, high-durability applications.
Energy Industry: Contributes to performance improvements in turbine parts and bearings.
By maximizing the performance of metal components, OX-Polish technology sets a new standard in next-generation surface modification.
■ For more details, please download the PDF or contact us.
OXISO treatment is a surface modification technology specifically designed for plastic injection molded components, applied to critical parts such as screws and three-piece sets. This treatment significantly improves wear resistance, reduces maintenance time, and suppresses black spots, making it possible to optimize processing based on the type and characteristics of the resin. Additionally, we offer specially processed parts for sale, providing solutions that balance high quality and cost performance.
■ Features
Enhanced Wear Resistance: Extends component lifespan even under high-load and high-friction conditions.
Improved Maintainability: Prevents resin buildup, drastically reducing cleaning and replacement frequency.
Black Spot Suppression: Maintains processing precision, contributing to improved product quality.
Specially Customized Products: Enables customization tailored to specific operating environments.
■ Capabilities
Applicable Components: Suitable for screws, three-piece sets, and other plastic injection molded parts.
Surface Treatment Precision: Optimized processing tailored to the shape of each component.
Ideal for High-Stress Applications: Perfect for use in high-load environments requiring superior wear resistance.
■ Application Examples
Plastic Injection Molding Machines: Enhances wear resistance and sliding properties to maximize production efficiency.
Specialized Resin Molding Applications: Improves product quality through black spot suppression.
High-Frequency Use Components: Achieves extended component lifespans, reducing maintenance costs.
OXISO treatment technology is a specialized processing solution that improves durability, quality, and efficiency in all aspects.
■ For more details, please download the PDF or contact us.
OXISO treatment is a surface treatment technology specifically designed for press dies and forming punches, offering an innovative solution to conventional lifespan challenges. This technology combines OX-FSP treatment with advanced coating techniques to greatly improve wear resistance and adhesion. Additionally, it imparts residual compressive stress, reduces friction, and achieves substantial lifespan extension for dies. Applicable not only to press dies and forming punches but also to cutting tools and hole punches, it simultaneously improves mold maintenance efficiency and extends lifespan.
■ Features
Enhanced Surface Strength: Residual compressive stress from OX-FSP improves die durability.
Friction Reduction: Improves oil retention and lubrication performance, extending die lifespan.
Improved Coating Adhesion: Prevents peeling and wear by applying coatings after OX-FSP treatment.
Significant Lifespan Extension: Doubles or more the lifespan of forming punches and cutting tools.
■ Capabilities
Applicable Components: Suitable for press dies, forming punches, hole punches, copper cutting tools, and more.
Processing Achievements: Extends the lifespan of forming punches from 15,000 to 30,000 shots, and copper cutting tools from 15,000 to 45,000 shots.
Improved Wear Resistance: Enhances the durability of coating layers by over three times.
■ Application Examples
Forming Punches: Doubles the number of shots through reduced friction and enhanced durability.
Hole Punches: Enhances lubrication and wear resistance, supporting up to 100,000 shots.
Press Dies: Smoothens surface structure to greatly improve precision and lifespan.
With OXISO treatment technology, press dies and mold components achieve maximum performance and lifespan, contributing to increased production efficiency and cost reduction.
■ For more details, please download the PDF or contact us.
Developed to improve the lifespan of die-casting molds and minimize issues, OXISO treatment simultaneously strengthens surfaces and addresses erosion challenges. By combining OX-FSP processing with PVD coating, this technology suppresses galling and seizing while mitigating stress corrosion cracking. It delivers exceptional results in preventing aluminum adhesion and addressing wear on molten metal sensors, outperforming traditional treatments. With OXISO, mold lifespans can be extended by over ten times, while significantly reducing maintenance efforts.
■ Features
Erosion Suppression: Prevents galling and seizing, extending mold lifespan.
Enhanced Durability: Delays stress corrosion cracking and heat checking (thermal fatigue).
Aluminum Adhesion Prevention: Enables maintenance-free operation of components like molten metal sensors.
High Wear Resistance: Strengthens wear performance through a combination of OXISO treatment and coating technologies.
■ Capabilities
Significant Lifespan Extension:
Increases the average lifespan of traditional die-casting molds from 3,500 shots to over 35,000 shots with OXISO treatment.
Improved Erosion Resistance:
In coating tests, Non-Coated parts endured 1 hour, Coated1 lasted 2 hours, while OX-COAT exceeded 4 hours of durability.
Anti-Galling Effectiveness:
Enhances surface smoothness and coating adhesion to suppress galling.
■ Application Examples
Die-Casting Molds: Reduces erosion and extends mold lifespan, cutting costs.
Molten Metal Sensors: Prevents aluminum adhesion, eliminating the need for frequent cleaning.
Stress Corrosion Cracking Prevention: Extends mold lifespan by 10 times through high residual compressive stress.
OXISO treatment simultaneously enhances die-casting mold performance and reduces operational issues, maximizing production efficiency on the factory floor.
■ For more details, please download the PDF or contact us.
OXISO treatment is an advanced surface modification technology developed to maximize the performance of resin molds by combining OX-FSP and OX-Polish techniques. This technology not only improves resin flowability and reduces release resistance to enhance molding accuracy but also promotes better degassing and prevents sticking and deterioration. When applied to mold components such as screws and cylinders, it significantly extends their lifespan and improves maintenance efficiency.
■ Features
Improved Flowability: Smooths the mold surface for better resin flow, enhancing molding precision.
Reduced Release Resistance: Minimizes resin adhesion, improving release properties.
Enhanced Degassing Capability: Optimizes surface properties to promote gas release, reducing molding defects.
Prevention of Sticking and Deterioration: Prevents sticking and resin buildup, extending mold lifespan.
Streamlined Maintenance: Eliminates the need for frequent cleaning, improving operational uptime.
■ Capabilities
Applicable Components: Suitable for screws, three-piece sets, cylinders, sprue bushes, runner plates, and more.
Processing Precision: Offers optimal surface treatment tailored to the characteristics of resin molds.
Extended Lifespan: Demonstrated ability to double the lifespan of components compared to conventional treatments.
■ Application Examples
Screws: Prevents resin adhesion and enhances flowability, reducing molding defects.
Sprue Bushes: Prevents sticking and wear, improving molding quality.
Cylinders: Enhances degassing capability, reducing the incidence of molding issues.
OXISO treatment dramatically enhances the performance of resin molds, maximizing product quality and production efficiency.
■ For more details, please download the PDF or contact us.
Forging dies face challenges such as wear, galling, and reduced oil retention due to exposure to high loads and thermal environments, leading to shortened lifespans. OXISO treatment is a proprietary technology designed to address these issues. By employing OX-FSP processing, it enhances surface hardness and imparts residual compressive stress, significantly improving fatigue strength. It also optimizes oil retention, reducing friction and preventing galling or seizing. This results in significantly extended die lifespans and reduced maintenance frequency.
■ Features
Improved Surface Hardness: Strengthens wear resistance with high residual compressive stress imparted by OX-FSP.
Friction Reduction: Enhances surface properties to reduce friction during forming.
Enhanced Oil Retention: Optimizes oil film properties to prevent galling and seizing.
Significant Lifespan Extension: Increases die lifespan by 1.5 to 2 times for various forming components.
■ Capabilities
Increased Shot Count:
Gear Tooth Forming: From 8,000 shots to 15,000 shots.
Flat Dies: From 10,000 shots to 20,000 shots.
Clinker Forming: From 8,000 shots to 13,000 shots.
Oil Groove Forming: From 10,000 shots to 15,000 shots.
Wide Applicability: Suitable for various forging processes such as flashless forming, preforming, and racket forming.
Proven Durability: Delivers stable performance even in high-temperature environments.
■ Application Examples
Gear Tooth Forming: Significantly reduces wear, improving part quality.
Oil Groove Forming: Enhances oil retention, reducing frictional heat.
Flat Dies: Maximizes fatigue life with residual compressive stress.
OXISO treatment dramatically improves the performance and lifespan of forging dies, achieving both higher production efficiency and cost savings.
■ For more details, please download the PDF or contact us.
OX-FSP treatment is a proprietary technology developed to improve the molten metal flow in aluminum casting molds. By forming uniform dimples (micro-indentations) on the mold surface, it enhances the fluidity of the molten metal. Comparisons before and after the treatment show a dramatic reduction in defect rates, from 30% to just 0.2%. This leads to improved product quality and enhanced production efficiency. Additionally, the technology prevents aluminum adhesion and extends mold lifespan, significantly contributing to overall cost reductions in casting operations.
■ Features
Enhanced Molten Metal Flow: Uniform dimple processing ensures smooth flow of molten metal.
Significant Defect Rate Reduction: Reduces defect rates from 30% to 0.2%.
Improved Surface Quality: Creates a uniform and smooth surface structure, stabilizing the casting process.
Aluminum Adhesion Prevention: Minimizes aluminum adhesion on the mold surface, reducing maintenance frequency.
Extended Mold Lifespan: Improves surface strength, increasing the longevity of molds.
■ Capabilities
Target Applications: Suitable for all aluminum casting molds, especially those requiring enhanced molten metal flow.
Proven Results: Demonstrates dramatic defect rate reduction and improved production efficiency.
Adaptable Scope: Compatible with various mold shapes, ensuring uniform processing quality.
■ Application Examples
Aluminum Casting Mold Components: Enhances molten metal flow, minimizing casting defects.
Defect Rate Reduction Projects: Reduces defect rates to 0.2%, improving customer satisfaction.
Maintenance Reduction: Suppresses surface adhesion, reducing the frequency of cleaning and mold replacements.
OX-FSP treatment revolutionizes production efficiency and quality for aluminum casting molds, significantly contributing to total cost reduction.
■ For more details, please download the PDF or contact us.
| Company name | OXISO THAILAND CO.,LTD. | Website URL | https://oxiso.co.jp/th/ |
|---|---|---|---|
| Street address |
DONHUAROH, MUANG, CHONBURI 20000 Chonburi Kingdom of Thailand
[See map] |
Person in charge | Yoichi Togami |
| Telephone number | +66-3-3265-7902 | Fax number | +66-3-326-5793 |
| Capital | Employees | 18 | |
| Annual sales | EMIDAS Member Number | 94852 | |
| Main 3 products |
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| Large | Medium | Small |
|---|---|---|
| Surface treatment | Other surface treatment | Shot peening/WPC |
