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oil Product List and Ranking from 241 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

oil Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課 Tokyo//Energy
  3. ブラザー・スイスルーブ・ジャパン Aichi//Chemical
  4. 4 日本サン石油 Tokyo//Other manufacturing
  5. 5 スタンダードケミックス株式会社 Osaka//Chemical
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oil Product ranking

Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. 【NETIS Registration】"Environmentally Friendly" Biodegradable Hydraulic Fluid
  2. Idemitsu Carbon Offset Fuel (ICOF) Aiming for Decarbonization
  3. "Industrial Lubricating Oil Basic Knowledge Series 1" - Various Lubricating Oil Comparison Charts Available 中国精油
  4. 4 Energy-saving, wear-resistant hydraulic fluid "Super Hydro Series" Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課
  5. 5 Rubber immersion test standard oil "IRM Series" 日本サン石油

oil Product List

631～660 item / All 927 items

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High flash point and low viscosity! Next-generation grinding oil.

High flash point and low viscosity! Next-generation grinding oil.

High-performance grinding oil that is environmentally friendly and safe for humans and machines.

The SintoGrind series, which has received high praise both domestically and internationally, now features a new low-viscosity, high flash point product specifically designed for Japanese fire safety regulations! It is environmentally friendly, GTL-based, and has obtained European skin certification. The additive package [ADP-52CL] also supports ultra-fine particle ultra-hard processing. 【Features】 ✓ Increased machine cleanliness! ✓ Significant extension of grinding wheel life and reduced wear ✓ High flash point over 200°C with viscosity under 10 ✓ Outstanding low foaming and cooling properties ✓ Improved productivity ✓ Excellent long-term stability for extended lifespan ...etc Many major companies are already using it! Please feel free to consult us for test processing and more.

  • Company：keg
  • Price：Other
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  • Cutting Oil
  • oil

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Hydrophilic acrylic particles, water affinity enhancement, dispersion improvement.

Hydrophilic acrylic particles, water affinity enhancement, dispersion improvement.

Due to its good dispersibility in water, the workability is significantly improved when adding it to paints and inks that use water or highly polar solvents.

This is an organic fine particle with hydrophilic groups on its surface. It has good dispersibility in paints and inks that use water or highly polar solvents, enabling improved workability and uniform dispersion in the coating film. 【Features】 ■ Hydrophilicity High hydrophilicity enhances dispersibility in paints that use water or highly polar solvents. It is suitable for use in water-based paints, which are increasing from an environmental conservation perspective. ■ Customization Support In addition to adjusting particle size and particle size distribution, it is also possible to impart functionalities such as softness, refractive index adjustment, and oil resistance. 【Functions】 ■ Matte finish ■ Texture enhancement ■ Aesthetic enhancement ■ Scratch resistance enhancement 【Applications】 ■ Additive for water-based paints and inks ■ Additive for solvent-based paints and inks ■ Additive for optical coatings ■ Porous materials such as ceramics, etc.

  • plastic
  • oil

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Non-water-soluble cutting oil Misunon CE

Non-water-soluble cutting oil Misunon CE

Improve cleaning performance

It has low viscosity and high lubrication performance, making it effective for lens processing with a large amount of grinding and for internal diameter grinding as well. Additionally, due to the effect of the mist suppression additive, it generates less processing mist, contributing to the improvement of the working environment.

  • Cutting Oil
  • oil

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Environmentally friendly cleaning device "Clean Best Zero"

Environmentally friendly cleaning device "Clean Best Zero"

Achieving zero consumption of cleaning agents with the new Ultra Cool feature!

"Clean Best Zero" is an environmentally friendly cleaning device that achieves low energy consumption through a vertical sealed design. It features rinsing properties (reduction of stain occurrence) due to a cold bath shower and high drying capability through ultra heat. [Features] ■ Prevention of natural evaporation during nighttime and long holidays due to in-tank cooling function ■ Zero consumption of cleaning agents through ultra cool technology *For more details, please download the PDF or feel free to contact us.

  • Other cleaning machines
  • oil

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Rice Tocotrienol Oil "Kome Toco Rich(R)"

Rice Tocotrienol Oil "Kome Toco Rich(R)"

This is rice oil rich in tocotrienols, which can be used in food and cosmetics.

"Kome Toko Rich" is a tocotrienol oil derived from domestically produced rice bran that can be used as an ingredient in food and cosmetics. Product Lineup: Kome Toko Rich 5R (Total Vitamin E concentration 5%) Kome Toko Rich 25R (Total Vitamin E concentration 25%) We also offer consultations regarding the vitamin E content and types of oils. Please feel free to contact us. 【Features】 ■ Rich in tocotrienols concentrated using green innovation technology developed by Tohoku University (CO2 reduction technology) ■ Made from 100% rice bran ■ The only solvent used in manufacturing is ethanol, ensuring safety and peace of mind *For more details, please download the PDF or feel free to contact us.

  • Food/beverage functional materials
  • Supplement materials
  • Cosmetic materials and raw materials
  • oil

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Eucalyptus leaf oil containing over 80% 1,8-cineole, compliant with GMP standards.

Eucalyptus leaf oil containing over 80% 1,8-cineole, compliant with GMP standards.

High-purity essential oil extracted from natural eucalyptus leaves. Contains over 80% of the main component 1,8-cineole, widely applicable in pharmaceuticals.

Eucalyptus leaf oil is a natural essential oil extracted from the mature leaves of the eucalyptus plant (Eucalyptus globulus) using steam distillation. It contains over 80% of the main active ingredient 1,8-cineole and is utilized in various fields, including pharmaceutical raw materials and aroma products, primarily for its expectorant, cough suppressant, antibacterial, and anti-inflammatory properties. This product is manufactured under strict quality control in a GMP-certified factory and fully complies with international standards such as ISO, HACCP, FDA, Halal, and Kosher. Natural eucalyptus oil is particularly expected to have effects on the respiratory system and has a proven track record in quasi-drugs and general pharmaceuticals for cough relief, nasal congestion relief, and antiviral sprays. Additionally, it is adaptable for a wide range of applications, including aromatherapy, skincare, scalp care, and deodorizing antibacterial products. We also offer OEM and ODM services, as well as the provision of small lot samples.

  • Pharmaceutical materials and carriers
  • Cosmetic materials and raw materials
  • Biofeed for Livestock
  • oil

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DHA algae oil (omega-3) derived from microalgae for infant nutrition and powdered milk ingredients.

DHA algae oil (omega-3) derived from microalgae for infant nutrition and powdered milk ingredients.

High-purity DHA oil derived from microalgae fermentation, a next-generation omega-3 ingredient that balances safety, absorption, and stable supply.

This product is a high-purity DHA algal oil (omega-3 fatty acid raw material) produced through fermentation culture using microalgae as raw material. The raw algal strain used has excellent DHA production capability and is manufactured through pure culture via patented fermentation technology. After fermentation, the microalgae undergo physical crushing and oil extraction processes to recover the algal oil, followed by advanced refining processes such as purification and winterization to enhance flavor, stability, and purity. Thanks to the latest deodorization refining technology, it has no strong odor typical of fish oil, making it easy to handle as a food processing ingredient. The fatty acid structure is in the natural triglyceride (TG) form, which is characterized by excellent absorption and utilization efficiency in the body. DHA is an omega-3 fatty acid that plays an important role in the composition of human brain and nervous system tissues, and is widely known as a lipid component involved in the development of brain and nerve cells as well as visual function. This product is a commercially available DHA material that can be stably supplied to food and nutrition raw material manufacturers, and is adopted in a wide range of fields such as infant formula, health foods, and dietary supplements.

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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High-concentration formulation and drop application DHA algae oil (Omega-3, ultra-high purity TG type)

High-concentration formulation and drop application DHA algae oil (Omega-3, ultra-high purity TG type)

Ultra-high purity algae oil with a maximum DHA content of 85%, a premium omega-3 ingredient suitable for high-concentration supplements and droplet products.

This product is a high-concentration omega-3 lipid raw material made from DHA algae oil produced through the fermentation of microalgae, which has been purified to a high degree using a biological enzyme enrichment process and molecular distillation technology. The fatty acid structure is in the natural triglyceride (TG) form, and the DHA content reaches up to 85%, resulting in a high-purity DHA oil. By utilizing a gentle enrichment process that employs enzyme reactions, DHA is efficiently concentrated, and subsequent low-temperature purification through molecular distillation removes impurities and unwanted components, yielding high-purity DHA lipids. The manufacturing process adopts a biological enzyme process that does not use organic solvents, ensuring excellent safety and quality stability. Additionally, it has a high ratio of DHA at the Sn-2 position, which is designed to enhance absorption efficiency in the body. Therefore, it is used as a raw material for high-value-added products that require high DHA concentrations, such as concentrated supplement formulations and drop products. DHA derived from microalgae, unlike fish oil, does not go through the marine food chain, resulting in a lower risk of heavy metal contamination and is gaining global attention as a sustainable omega-3 resource.

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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Infant Nutrition Special Medical Food Sn-2 Position DHA High Content Omega-3 Algal Oil

Infant Nutrition Special Medical Food Sn-2 Position DHA High Content Omega-3 Algal Oil

Next-generation omega-3 ingredient with high content of Sn-2 DHA, which is close to the lipid structure of breast milk, achieving high absorption and high functionality.

This product is a high-functional omega-3 lipid material made from DHA algal oil derived from microalgae, using an enzyme-based positional selective ester exchange technology to highly selectively position DHA at the Sn-2 position. The fatty acid structure is in the natural triglyceride (TG) form, which has characteristics similar to the lipid structure in breast milk. DHA bound at the Sn-2 position is more efficiently utilized during the digestion and absorption process, and it is expected to have higher absorption compared to conventional random structure lipids. This product significantly increases the ratio of Sn-2 DHA, with the Sn-2 ratio reaching over 50% of the total DHA content, making it a high-functional lipid material. Additionally, by combining physical refining processes such as hydration and gum removal, alkaline deacidification, winterization, and decolorization, along with deodorization treatment, the peroxide value is kept low, and impurity indicators such as trans fatty acids, 3-MCPD esters, and glycidyl esters are properly managed. This next-generation DHA material is suitable for product development requiring high-functional lipids, such as infant formula, foods for special dietary uses, and special medical foods (FSMP).

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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Brain function and high absorption use phospholipid-type DHA algae oil (Omega-3, high-function lipid)

Brain function and high absorption use phospholipid-type DHA algae oil (Omega-3, high-function lipid)

Phospholipid-type DHA with excellent absorption efficiency, a high-performance omega-3 ingredient for next-generation brain function support.

This product is a phospholipid form of DHA (Omega-3) synthesized from microalgae-derived DHA and soy-derived lecithin through an enzyme-catalyzed ester exchange reaction. The manufacturing process employs a solvent-free, all-enzymatic method that does not use organic solvents, resulting in a high-functional lipid material with excellent safety and quality stability. Phospholipid DHA is characterized by superior digestibility and absorption compared to triglyceride forms, with a high efficiency of hydrolysis by digestive enzymes. It is also easily utilized in the body as lysophosphatidylcholine (LPC-DHA), making it a lipid form that is gaining attention for brain function-related applications. Furthermore, due to its phospholipid structure, it can efficiently carry DHA molecules, allowing it to be used as a differentiated ingredient in functional foods and high-value-added supplements. As a high-absorption, high-functional Omega-3 material, it is suitable for the development of high-value products such as brain function support products, specialized medical foods (FSMP), and high-functional supplements.

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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Organic food and infant use organic certified DHA algae oil (Omega-3, TG type)

Organic food and infant use organic certified DHA algae oil (Omega-3, TG type)

Organic certification × high purity DHA Safe, secure, and sustainable next-generation omega-3 ingredients

This product is DHA algae oil made from microalgae that has obtained organic certification and produced through an organic fermentation process. The extraction process does not use organic solvents, achieving high purity through physical refining (degumming, neutralization, winterization, etc.), making it an organic-compatible omega-3 lipid ingredient. From manufacturing to processing, packaging, storage, and transportation, it complies with various standards related to organic food, ensuring the non-use of chemically synthesized additives and the elimination of genetically modified technologies and their derivatives. This guarantees the provision of high-quality DHA oil with excellent traceability and safety. This product is organically certified and is suitable for the development of organic products in the global market. It is appropriate as an ingredient for high-value-added markets such as organic infant food, organic dairy products, and organic supplements.

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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Water-soluble DHA algae oil for functional beverages (nano-emulsified, omega-3, 10%)

Water-soluble DHA algae oil for functional beverages (nano-emulsified, omega-3, 10%)

Development of new functional beverages with water-soluble DHA that can be directly dispersed in drinks using high-absorption nano-emulsified omega-3.

This product is a water-soluble DHA oil designed as an oil-in-water (O/W) emulsion based on DHA algal oil derived from microalgae, utilizing nano-emulsification technology and high-pressure homogenization. It is uniformly dispersed in a nano size with a particle diameter of less than 100 nm, achieving high dispersibility and stability in aqueous products. By adopting a purification process using enzyme methods and a manufacturing process that does not use organic solvents, it can be provided as a high-purity and clean omega-3 raw material. The nano-emulsification improves digestion and absorption efficiency, enabling a highly bioavailable supply of DHA. This product is optimized for beverage applications and can be applied to a wide range of aqueous foods, such as functional drinks, dairy beverages, and plant-based drinks, while minimizing its impact on flavor and ensuring uniform dispersion. As a next-generation high-value-added omega-3 material, it contributes to the differentiation of beverage development.

  • Food/beverage functional materials
  • Pharmaceutical materials and carriers
  • oil

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High-grade low-viscosity rust preventive oil "Ringer Coat T59"

High-grade low-viscosity rust preventive oil "Ringer Coat T59"

No irritating odors from kerosene, light oil, organic solvents, etc.! Exceptional ease of use to meet various needs.

The "Ringer Coat T59" is a high-quality low-viscosity rust preventive oil that is easy to handle due to its low viscosity, and can be applied not only by immersion but also by spraying. The dried film has very little stickiness, making it suitable for rust prevention of finished products. The film is colorless and transparent, so it does not detract from the appearance of the product, and it has corrosion resistance against non-ferrous metals. 【Features】 ■ Colorless and transparent ultra-thin film ■ Low stickiness of the dried film ■ Low odor ■ Long-lasting rust prevention ■ Usable on aluminum and copper *For more details, please refer to the PDF document or feel free to contact us.

  • Rust Inhibitor
  • oil

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[Improvement Case] Introduction of Low Mist Type Water-Soluble Cutting Oil for Improved Work Environment

[Improvement Case] Introduction of Low Mist Type Water-Soluble Cutting Oil for Improved Work Environment

We would like to introduce a case where we received feedback from the operators saying, "The mist has decreased, and the smell has become less than before!"

We would like to introduce a case where a low-mist water-soluble cutting oil was implemented at a site using water-soluble cutting oil in a machining center, resulting in improved working conditions and reduced usage of cutting oil. Before the implementation, employees had raised concerns about unpleasant odors caused by oil mist, but many had resigned themselves to the situation, believing that "it can't be helped as long as we are using cutting oil." We proposed switching to a low-mist water-soluble cutting oil, and after implementation, there was a reduction in unpleasant odors and oil stains due to decreased oil mist, as well as a reduction in coolant usage. [Case Overview] ■ Challenges before implementation - Employees raised concerns about unpleasant odors caused by oil mist. ■ Effects after implementation - Reduction of unpleasant odors and oil stains due to decreased oil mist. - Led to a reduction in coolant usage. *For more details, please download the PDF or feel free to contact us.

  • ?低ミスト型水溶性切削油の導入 画像2.jpg
  • Cutting Oil
  • oil

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[Improvement Case] By implementing ideas during the exchange, the lifespan of cutting oil increased from 6 months to over 1 year.

[Improvement Case] By implementing ideas during the exchange, the lifespan of cutting oil increased from 6 months to over 1 year.

We will introduce a case where the work time per machine, which used to take 2 hours, has been reduced to 1 hour!

We would like to introduce a case study conducted by a company in Nagano Prefecture that specializes in machining industrial machinery and automotive parts. The frequency of changing the cutting oil for the five-sided machining center was once every six months, but in reality, after about two to three months, an odor began to gradually permeate the air, and by the six-month mark, the factory was filled with this odor. We proposed adding a special surfactant during the oil change to thoroughly remove not only the residual oil in the tank but also the dirt and bacteria remaining in the piping before filling it with new fluid. This resulted in extending the lifespan of the cutting oil from six months to over a year. [Background of Implementation] - The company had been using a milky white type of water-soluble cutting oil for many years, and the oil was replaced only when it began to spoil or when workers started to notice the odor. - Although the cutting oil was changed every six months, in reality, an odor would start to develop after two to three months, and by the six-month mark, the factory was filled with this odor. - The costs associated with coolant waste disposal and labor for the replacement work were also problematic from a cost perspective. *For more details, please download the PDF or feel free to contact us.*

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  • ?交換時の工夫 画像5.png
  • Cutting Oil
  • oil

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[Improvement Case] Prevention of spoilage and odor in water-soluble cutting oil

[Improvement Case] Prevention of spoilage and odor in water-soluble cutting oil

Introducing a case where the foul odor at the site has disappeared, resulting in a clean working environment!

We received a request from a foundry processing company in Nagano Prefecture regarding the issue of water-soluble cutting oil deteriorating within six months, leading to a worsening work environment and frequent rust problems with the products. We proposed using a "micro-emulsion" type cutting oil developed for foundry processing to address the customer's challenges. Additionally, we decided to implement regular concentration management of the cutting oil and conduct usage liquid analysis every three months. By selecting the appropriate oil based on the processing requirements and providing support for oil management, we achieved a result where the water-soluble cutting oil, which previously deteriorated within six months of replacement, remained intact without any deterioration even after five years. [Challenges Before Implementation] - Various types of water-soluble cutting oils had been used traditionally, but all deteriorated within six months, resulting in a constant foul odor in the workplace. - The machines had to be stopped twice a year, incurring significant costs for extensive cutting oil replacement work. - The deterioration of the cutting oil led to a decline in performance, causing rust to form on the processed products. *For more details, please download the PDF or feel free to contact us.*

  • Cutting Oil
  • oil

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[Improvement Case] Introduction of water-soluble cutting oil with excellent defoaming properties.

[Improvement Case] Introduction of water-soluble cutting oil with excellent defoaming properties.

We will introduce a case where reviewing the defoaming performance of the coolant has eliminated overflow even when the tank is filled to capacity!

We would like to introduce a case where we implemented a water-soluble cutting oil with excellent defoaming properties to address high-pressure coolant requirements. The customer in this case faced the challenge of coolant easily foaming due to the machine structure, leading to cutting oil overflowing from the tank. After implementation, the defoaming effect lasted for about a month, so the customer decided to assign a duty to ensure that an additive was added at least once a month during the winter period, even when there was no foam. As a result, the foam from the cleaning agent no longer overflowed from the tank. 【Case Overview】 ■ Challenges Before Implementation - The machine structure caused coolant to easily foam, resulting in cutting oil overflowing from the tank. ■ Reason for Selection - Since there was a request not to change the cleaning agent, we proposed a compatible "non-silicone additive" suitable for the current product type. *For more details, please download the PDF or feel free to contact us.

  • ?消泡性抜群の水溶性切削油を導入 画像2.jpg
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  • ?消泡性抜群の水溶性切削油を導入 画像4.jpg
  • Cutting Oil
  • oil

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[Improvement Case] Achieved a 25% price reduction per drum compared to the new liquid price.

[Improvement Case] Achieved a 25% price reduction per drum compared to the new liquid price.

We will introduce a case that achieved an operational performance of about 50% waste liquid recovery rate every month!

We would like to introduce a case where a 25% price reduction per drum was achieved compared to the price of new liquid. The company in this case faced the challenge of being unable to reduce the purchase costs of auxiliary materials due to the soaring prices of petrochemical products caused by high crude oil prices. By switching to the operation of recycled products extracted from waste liquids, we were able to achieve a 25% price reduction per drum compared to the price of new liquid, and we achieved an operational performance with a waste liquid yield of about 50% each month. [Challenges Before Implementation] ■ Unable to reduce the purchase costs of auxiliary materials due to soaring prices of petrochemical products caused by high crude oil prices. ■ There was resistance to using recycled products due to past experiences of cleaning failures and material corrosion issues caused by recycled products. *For more details, please download the PDF or feel free to contact us.

  • others
  • oil

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[Improvement Case] Selection of Suitable Oil Eliminates Discoloration of Aluminum Material

[Improvement Case] Selection of Suitable Oil Eliminates Discoloration of Aluminum Material

There are white stains on the processed surface! There were no defects due to discoloration or stains, and difficult-to-cut materials were processed without any issues.

We would like to introduce a case where the selection of suitable oils resolved discoloration of aluminum materials for our customers in Niigata Prefecture's optical equipment manufacturing. The company was using a water-soluble cutting oil recommended for aluminum processing of aircraft parts, but faced the issue of white stains appearing on the machined surfaces of the parts. Immediately after switching to a new cutting oil, and while continuing machining as usual for a while, there were no stains on the processed aluminum parts, resulting in zero defective products. 【Case Summary】 ■Challenge - Used water-soluble cutting oil recommended for aluminum processing, but white stains appeared on the machined surfaces of the parts. ■Implementation Effect - No stains appeared on the processed aluminum parts, achieving zero defective products. *For more details, please download the PDF or feel free to contact us.

  • Cutting Oil
  • oil

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[Improvement Case] Selection of lubricants suitable for processing conditions to prevent discoloration of copper.

[Improvement Case] Selection of lubricants suitable for processing conditions to prevent discoloration of copper.

Reduced labor and costs associated with post-processing cleaning! The range of materials that can be processed has expanded.

We would like to introduce a case where a company engaged in general cutting processing in Niigata Prefecture consulted us about selecting the appropriate oil agent to prevent discoloration of copper and stickiness of cutting oil. The company faced a problem where products were discolored after processing copper for new projects. To suppress the discoloration of copper caused by cutting oil, they were washing the products with a parts cleaner to prevent discoloration. After implementation, the copper no longer discolored after processing, eliminating the need to use the parts cleaner, which allowed them to reduce the labor involved in cleaning and save approximately 20,000 yen annually in costs. 【Case Summary】 ■Challenges - Processing copper resulted in discoloration of the material and discoloration and stickiness of water-soluble cutting oil, leading to inefficient production. ■Implementation Effects - Prevented discoloration of copper and discoloration and stickiness of cutting oil, reducing the labor and costs associated with product cleaning and cutting oil replacement. *For more details, please download the PDF or feel free to contact us.

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  • Cutting Oil
  • oil

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[Improvement Case] Eliminating Rust Caused by Sweat Attachment

[Improvement Case] Eliminating Rust Caused by Sweat Attachment

Reduction of time and costs spent on rust removal! An example of improved production efficiency.

We would like to introduce a case where a company in Nagano Prefecture switched to a rust-preventive oil, resulting in zero rust occurrence due to sweat adhesion. The company mass-produces automotive and machine tool parts using NC lathes, and there was a phenomenon where parts touched by workers' sweaty hands after processing would rust. After the implementation, not only were the labor and costs previously spent on rust removal reduced, but the need for measures to prevent sweat adhesion was also eliminated, leading to improved production efficiency. 【Case Overview】 ■ Issues - In summer, parts touched by workers' sweaty hands after processing would rust. ■ Implementation Effects - Rust occurrence due to sweat components was reduced to zero, improving production efficiency. *For more details, please download the PDF or feel free to contact us.

  • Rust Inhibitor
  • Cutting Oil
  • oil

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[Improvement Case] Changed cutting oil, significantly improved surface accuracy.

[Improvement Case] Changed cutting oil, significantly improved surface accuracy.

The surface accuracy has improved to the point that it is visibly noticeable! It contributes to increased production efficiency from many aspects.

We would like to introduce a case where a company manufacturing precision machined parts in Niigata Prefecture requested a change in cutting oil, resulting in a significant improvement in surface accuracy. The company faced challenges with unstable machining accuracy in turning and finishing processes for components such as shafts and nuts, leading to inconsistent surface accuracy depending on the material lot. After the implementation, the surface accuracy improved, tool life extended by approximately 1.3 times, and the frequency of cutting oil replenishment reduced from four times a week to just twice, contributing to increased production efficiency in many aspects. [Case Summary] ■ Challenges - Inconsistent surface accuracy in turning processes resulted in variations in product finish. ■ Implementation Effects - Significant improvement in surface accuracy, extension of tool life, reduction in usage, and improvement in skin irritation. *For more details, please download the PDF or feel free to contact us.

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  • Cutting Oil
  • oil

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[Improvement Case] Solving the warping problem of products occurring in deep hole machining.

[Improvement Case] Solving the warping problem of products occurring in deep hole machining.

A warp has occurred in the product! Here is an introduction to a case where the warp issue was resolved and power consumption was also reduced.

We would like to introduce a case where we solved the warping issue of products generated during deep hole machining and reduced power consumption, based on a consultation from a company in Niigata Prefecture. The cutting performance of a competitor's product (non-water-soluble cutting oil) that was traditionally used for gun drilling was not satisfactory, leading to warping in the products. We introduced a non-water-soluble cutting oil with excellent machinability that can solve the warping problem for long workpieces, achieving a power consumption reduction effect of 12.33%. 【Case Overview】 ■ Challenges - Warping occurred in products during deep hole machining of long workpieces. ■ Implementation Effects - The warping issue was resolved by switching to a non-water-soluble cutting oil with excellent machinability. - Power consumption was also reduced. *For more details, please download the PDF or feel free to contact us.

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  • Cutting Oil
  • oil

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[Improvement Case] Eliminating Burn Marks Occurring in Grinding Processing

[Improvement Case] Eliminating Burn Marks Occurring in Grinding Processing

The whetstone is clogged, causing burns on the product! Even after three years since its introduction, it remains a clear, transparent liquid.

We would like to introduce a case where we prevented clogging of grinding wheels and resolved the burning that occurred during grinding processes, based on a consultation from a company manufacturing tools in Niigata Prefecture. The company frequently experienced clogging of the grinding wheels, resulting in burning on the products. As a result, every time burning occurred, they had to perform maintenance on the grinding wheels and re-grind the products, leading to a situation of poor production efficiency. We proposed switching to a grinding oil with excellent rust prevention and cleaning properties. Even after three years of changing the grinding oil, it remained a clean, transparent liquid, and the burning issue was resolved. 【Case Summary】 ■ Challenges - Grinding wheels frequently clogged during flat grinding processes, causing burning on the products. ■ Implementation Effects - By switching the grinding oil and managing it with appropriate usage methods, the burning on the products was eliminated. *For more details, please download the PDF or feel free to contact us.

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  • Cutting Oil
  • oil

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[Improvement Case] Using the appropriate oil agent for processing conditions increased mold life by five times.

[Improvement Case] Using the appropriate oil agent for processing conditions increased mold life by five times.

Mold life extended! A case where the burden on operators was reduced and machine downtime was also minimized.

We would like to introduce a case where a company engaged in mass processing of automotive parts in Fukushima Prefecture successfully increased mold life by five times using an oil agent that met the processing conditions. With the currently used plastic processing oil, the molds only lasted for less than one-fifth of the target quantity, leading to frequent mold replacements, which resulted in time losses and poor production efficiency. We proposed an oil agent that could extend mold life, and by reviewing the oil, we were able to extend the mold life, reduce the frequency of mold replacements, and thereby lessen the burden on operators and reduce machine downtime. 【Case Overview】 ■ Issues - The molds only lasted for less than one-fifth of the target quantity, leading to frequent mold replacements and poor production efficiency. ■ Implementation Effects - Mold life extended to more than five times compared to current products, and there were no issues in the subsequent cleaning process, achieving the target quantity. *For more details, please download the PDF or feel free to contact us.

  • Cutting Oil
  • oil

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[Improvement Case] Developed a dedicated oil for non-water-soluble cutting oil, improving the working environment.

[Improvement Case] Developed a dedicated oil for non-water-soluble cutting oil, improving the working environment.

Developed a dedicated oil for Category 4 petroleum! The mist that floats in the factory during the opening and closing of machine windows has also decreased.

We would like to introduce a case where we developed a dedicated non-water-soluble cutting oil at the request of a company in Niigata Prefecture, which led to improvements in the working environment. This company was using a non-water-soluble cutting oil classified as a Class 4 hazardous material, Category 3 petroleum product. However, due to its quantity being close to the specified limit under the Fire Service Act, they were considering switching to Class 4 petroleum products. Although it took some time, we developed a dedicated oil that maintained low viscosity, which reduced the amount of mist generated. Consequently, the mist that floated in the factory during operations such as opening and closing machine windows also decreased. [Case Overview] ■ Issues - The non-water-soluble cutting oil classified as a Class 3 petroleum product was close to the specified limit under the Fire Service Act, prompting consideration of Class 4 petroleum products. ■ Implementation Effects - We developed a dedicated oil for Class 4 petroleum products, successfully improving the working environment by reducing the amount of mist generated. *For more details, please download the PDF or feel free to contact us.

  • Cutting Oil
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[Improvement Case] Overcame challenges of the Fire Service Act and successfully improved the environment within the factory.

[Improvement Case] Overcame challenges of the Fire Service Act and successfully improved the environment within the factory.

It can be used without issues such as corrosion or rough hands, and the oil smoke generated during processing is significantly reduced!

We would like to introduce a case where we successfully addressed the challenges of the Fire Service Act and improved the environment within a factory, based on a request from a company in Niigata Prefecture. This company, which primarily uses non-aqueous grinding oil in machinery manufacturing, was struggling with the designated quantity under the Fire Service Act. After implementation, they were able to freely arrange the factory layout, and by reducing the annual oil usage, they maintained a total running cost that was almost equivalent to that of conventional products. 【Case Overview】 ■Challenges - The use of non-aqueous grinding oil posed challenges regarding the designated quantity under the Fire Service Act. ■Implementation Effects - Successfully cleared the challenges of the Fire Service Act and improved the environment within the factory. *For more details, please download the PDF or feel free to contact us.

  • Cutting Oil
  • oil

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Food release oil "High Sepal"

Food release oil "High Sepal"

It is a tasteless and odorless edible vegetable oil, a food release agent registered with NSF 3H for high safety!

"High Sepal" is a food release oil that can be used in areas that come into direct contact with food. It does not contain any of the 28 specific ingredients subject to allergen labeling and has minimal impact on polystyrene-based resins and nitrile rubber, making it suitable for use with resin containers. *Please confirm in advance that there is no impact when using it.

  • Food Cutting Equipment
  • oil

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