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This case study introduces the technical application examples of Oxy Co., Ltd., which specializes in surface modification technology for parts and molds. It includes information on precision shot peening "OX-FSP," a method primarily aimed at improving fatigue strength and sliding properties, as well as the special polishing technology "OX-Polish," which applies surface treatment techniques and processes. The case studies and effects of OX-FSP and OX-Polish in molds are also presented. [Contents] ■ Company Overview ■ Precision Shot Peening "OX-FSP" ■ Special Polishing "OX-Polish" ■ Application examples and effects of OX-FSP and OX-Polish in molds ■ Research and Development "OX-R&D" ■ Access Map *For more details, please refer to the PDF document or feel free to contact us.

"OX-Polish" is an abbreviation for Oxo Special Polishing Process, which is a special polishing treatment technology that applies the surface modification technology and surface treatment process cultivated by our company through fine particle precision shot peening (OX-FSP treatment). This special polishing treatment technology utilizes the accumulated know-how of surface modification technology to form a unique surface structure. It is very effective in reducing the sliding resistance of gears. 【Features】 ■ Roughness level can be freely adjusted ■ Residual compressive stress can be applied ■ No rust prevention treatment is required after processing ■ Further characteristic effects through composite processing *For more details, please refer to the PDF materials or feel free to contact us.

We have been honing our surface modification technology for parts and molds in the western region of Shizuoka Prefecture, where manufacturing technology has been concentrated for many years. Like a doctor who makes accurate diagnoses and provides careful treatment, we understand the challenges faced by our customers, investigate the causes, and carry out processing. We are a specialized group of experts in parts, responding to detailed needs with our unique technology that maximizes the characteristics of metal components. We provide the required processing with the appropriate technology. Aiming to be a company with a broad base like Mount Fuji and a solid sense of trust, we will continue to strive day and night. 【Business Content】 ■ Metal Surface Processing *For more details, please refer to the PDF document or feel free to contact us.

The "OXISO treatment" is a surface modification technology that combines our unique precision shot peening "OX-FSP" and special polishing processing "OX-Polish." 【Effects of OXISO Treatment】 1. Reduction of peeling Reduces the occurrence of peeling on the product surface caused by double flow of molten metal. 2. Reducing voids Improves the flow of molten metal, thereby reducing the occurrence of voids and shrinkage cavities. 3. Prevention of galling The uneven surface of the mold due to FSP treatment enhances cooling effects, which suppresses galling and seizure by improving the retention of release agents. 4. Measures against melting In addition to improved flow characteristics from FSP treatment, applying OX-COAT after FSP significantly enhances resistance to adhesion. 5. Delaying the occurrence of heat cracks FSP treatment refines the crystal grains of the mold, delaying oxidation at the grain boundaries, enabling measures against thermal fatigue through residual compressive stress and increased hardness. 6. Measures against stress corrosion cracking By increasing the fatigue strength of the inner diameter while maintaining high hardness in the mold's water passage, this technology suppresses the occurrence of cracks from the inside, extending the mold's lifespan. ★ As efforts toward carbon neutrality become increasingly necessary, this technology is expected to provide low friction and energy-saving effects. ★ We are currently offering a case study document that introduces treatment examples with photos, available for viewing via "PDF Download."

Introducing a new technology that has a significant effect on "friction reduction." Micro dimples are suitable for improving sliding characteristics by trapping hydraulic fluid under poor lubrication and high surface pressure. However, surface texturing using fine particle shot is not easy. The development of OX-FSP/Polish, created through Oxo's unique ingenuity, marks the beginning of this technology. It has been used in numerous races and has achieved great results. [Features] ■ Used by many users ■ Fine particle shot can be applied to complex shapes ■ Received positive evaluations in various fields including automotive, molds, and many others *For more details, please refer to the PDF materials or feel free to contact us.

The "Metal Surface Modification Technology" that our company possesses is called OX-SFP and OX-POLISH. It utilizes various materials and hardness ranging from 1μ to 1.8mm, primarily focusing on shot peening and OX's unique polishing process. The combined processing of OX-SFP and OX-POLISH results in a low friction effect sought through texturing. Micro-particle shot peening aims to impart hardness and residual compressive stress by projecting media onto the target material at speeds close to Mach, thereby achieving high fatigue strength and wear resistance. [Effects Achieved] - Lightweight and thin product design, reduced production costs, improved production efficiency - Durability, wear resistance, reduced torque, noise reduction, and flowability measures for molds, etc. - Extremely high effectiveness as a pre-treatment for DLC and coatings *For more details, please refer to the PDF materials or feel free to contact us.

Here is an example of processing for "helical gears." We improved the root fatigue strength with OX-FSP and implemented plateau surface and tooth shape correction with X-Polish. In addition to exceeding the durability time by more than 2.8 times, the maintenance period has been extended to twice as long, contributing to cost reduction. 【Case Overview】 ■ Increased root fatigue strength with OX-FSP ■ Plateau surface and tooth shape correction with OX-Polish ■ Achievements - Exceeded durability time by more than 2.8 times - Extended maintenance period to twice as long, contributing to cost reduction *For more details, please refer to the PDF document or feel free to contact us.

I cleaned up a lighter that I no longer needed and polished it to a mirror finish. The gold color was an unexpected turn of events! Haha. However, both the cleaning and the mirror polishing were a great success. Please feel the charm and technology of our company through the video! *For more details, you can check the related links or videos. If you have any questions, feel free to contact us.

I thought about making effective use of the sword, which is an accessory for the May doll, so I cleaned the surface with OX-FSP + Polish and transformed it into a "paper knife." Please feel the technology and charm of our company through the video. *For more details, you can view them through the related links or related videos. For further inquiries, please feel free to contact us.

The mysterious special surface created by OXIO's "OX-FSP+POLISH." At first glance, it appears to be just a beautiful flat surface, but it undergoes polishing while leaving fine micro dimples created by OX-FSP. Please experience our technology and appeal through the video. *For more details, you can view them through the related links or videos. Feel free to contact us for more information.

We prepared sample plates with different processing contents and captured the differences in water repellency on video. This is the surface created by the combined treatment of OX-FSP and POLISH. Please take a look at why water beads up like this. Also, through the video, we hope you can feel our technology and appeal. *For more details, you can view them through the related links or related videos. Please feel free to contact us for more information.

Oxy Co., Ltd.'s "Precision Shot Peening Technology" is a surface modification process developed to enhance the hygiene and efficiency of food factory equipment. By combining our unique "OX-FSP" and "OX-Polish," we precisely control the microstructure of the surface, improving slip resistance while reducing rolling resistance. This minimizes the adhesion of powders and food materials, reducing the effort required for cleaning. Furthermore, to prevent foreign matter contamination, we treat the metal surface directly without using coatings, eliminating concerns about peeling or leaching, making it safe for the food industry. Depending on the customer's equipment and application, we can custom design surface conditions such as roughness and gloss. We provide solutions that enhance quality, safety, and productivity for various metal components, including stainless steel. [Benefits] ■ Weight reduction and thinning of products, reduction of production costs, improvement of production efficiency ■ Durability, wear resistance, low torque, noise reduction, and flowability measures for molds, etc. ■ Extremely high effectiveness as a surface treatment for DLC and coatings *For more details, please view the PDF by clicking the "Download Catalog" button or feel free to contact us via the "Inquire from Web" button.

Oxis Corporation's "Microparticle Precision Processing Technology" is an advanced surface modification technology that controls the flow of fluids and gases, achieving stabilization of the production process. It creates fine uneven structures with a riblet shape directly on the metal surface through shot peening and a unique polishing process. This technology streamlines the flow of solids, gases, and liquids. In particular, it addresses molding challenges that arise during the manufacturing of aluminum die casting and rubber and resin, and since it does not use coatings, there is no concern about peeling, making it safe and usable for a wide range of fields, including food production, over the long term. We design flow characteristics tailored to the customer's objectives. *For more details, please view the PDF by clicking the "Download Catalog" button or feel free to contact us via the "Contact Us" button on the web.