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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

271～300 item / All 926 items

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Discharge and grinding combined oil "IonoGrind"

Discharge and grinding combined oil "IonoGrind"

High-precision electrical discharge machining and high-speed grinding with a high surface roughness can be achieved simultaneously!

"IonoGrind" is a revolutionary product that can be used for both electrical discharge machining and grinding. It can be used in WALTER and EVAG composite machines and grinding/discharge units without the need for oil replacement. Not only does it lead to time and cost savings, but it also demonstrates high performance in both discharge and grinding processes. 【Features】 ■ Minimizes electrode wear ■ Achieves high surface roughness ■ Efficiently grinds PCD ■ Due to its low viscosity, there is less oil carryout by the workpiece, reducing the amount of oil replenishment needed ■ Thorough consideration for skin irritation and odor *For more details, please refer to the PDF materials or feel free to contact us.

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

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PAO-based tool grinding oil "SintoGrind TTK"

PAO-based tool grinding oil "SintoGrind TTK"

The lubricant penetrates evenly to the contact point between the workpiece and the grinding stone! Achieving excellent surface roughness.

"SintoGrind TTK" is a low-viscosity grinding oil refined based on PAO. It excels in surface roughness, processing speed, and grinding wheel life, enabling grinding with a fine diameter of 0.1mm. It is recommended by many tool grinding machine manufacturers. It is free from chlorine, silicon, and heavy metals. Excellent penetration and lubrication unique to PAO are ensured. 【Features】 ■ Improved cooling and cleaning of grinding wheels due to low viscosity ■ Excellent defoaming and air release properties ■ Sufficient lubrication achieved with carefully selected additives and extreme pressure agents ■ Comprehensive mist control ■ Consideration for skin irritation and odor *For more details, please refer to the PDF document or feel free to contact us.

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

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Tool Cutting Oil "ToolGrind TC-X620"

Tool Cutting Oil "ToolGrind TC-X620"

High-speed grinding processes such as surface grinding, flat grinding, and groove grinding with CBN and diamond grinding wheels are possible!

"ToolGrind TC-X620" is a low-viscosity tool grinding oil based on highly refined hydrocracked oil, enhanced with carefully selected additives. Its excellent cooling and penetration properties, along with its anti-foaming capabilities under high pressure, prevent burning on the work surface. Thanks to the strength of the oil film in the base oil, it provides the necessary lubrication for grinding hard metals and high-speed steel, despite its low viscosity. 【Features】 ■ Improved cooling and cleaning of grinding wheels due to low viscosity ■ Excellent anti-foaming and degassing properties ■ Sufficient lubrication achieved through carefully selected additives and extreme pressure agents ■ Comprehensive mist control *For more details, please refer to the PDF document or feel free to contact us.

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

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Grinding oil "SintoGrind TC-X 1000 CL"

Grinding oil "SintoGrind TC-X 1000 CL"

Common base oil for cutting fluids! Low viscosity and suitable for processing a wide range of materials.

The "SintoGrindTC-X 1000 CL" is a GTL-based grinding oil. Initially developed to enhance the cleaning power for internal grinding wheels. It is also suitable for machining micro-tools and high-speed steel. It features outstanding low foaming, cleaning ability, and cooling properties, achieving high flow rates due to excellent filtration stability. 【Features】 ■ Flash point > 200°C (Class IV petroleum) ■ Extremely low volatility and carry-off, requiring minimal topping up ■ Suppression of cobalt leaching ■ Significant improvement in surface precision ■ Increased productivity ■ Substantial reduction in evaporation, leading to decreased mist generation *For more details, please download the PDF or feel free to contact us.

  • Company：keg
  • Price：Other
  • 2.jpg
  • キャプチャ.PNG
  • Cutting Oil
  • Oil

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Discharge machining oil "IonoPlus IME-MH" *Manufacturer recommended!

Discharge machining oil "IonoPlus IME-MH" *Manufacturer recommended!

Achieving both surface roughness and processing speed! Passed the stringent skin certification tests in Europe! With a high flash point of 120°C, volatile loss is minimized!

"IonoPlus IME-MH" is a discharge machining oil that achieves optimal discharge distribution through a uniquely developed additive called "Satellite Electro." With a high flash point of 120°C and a high-purity chemical synthetic base oil, it realizes extremely low volatility loss. It is also highly resistant to oxidation and degradation, significantly contributing to reduced running costs. It has low viscosity and excellent sludge dispersibility, greatly reducing the risk of surface burning and secondary discharges. 【Features】 ■ Balances surface roughness and machining speed ■ Excellent sludge dispersibility ■ Minimal oil consumption ■ Considerate of machinery, human health, and the environment *For more details, please download the PDF or feel free to contact us.

  • Company：keg
  • Price：Other
  • 5.PNG
  • Other consumables
  • Oil

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Lubricating oil, cutting oil, grease

Lubricating oil, cutting oil, grease

Leave the proposal of the most suitable lubricants and greases for your environment and equipment, as well as oil maintenance, to us.

We handle products such as automotive oils, industrial lubricants, cutting oils, base oils, and greases. Focusing on lubricants manufactured by Idemitsu Kosan, we have been dealing with lubricants for a long time, allowing us to offer various technical proposals for lubricating oils and greases. We also perform oil maintenance tasks such as oil changes and can provide suggestions for proper management of oil products. If you have any of the following concerns, please feel free to consult with us! ◎ There are many types of oils, so we want to unify them to prevent misfuelling. ◎ The operation of hydraulic equipment has become sluggish, and we want to improve it. ◎ We are looking for a company that can perform oil changes. ◎ We want to optimize the oil change cycle for equipment. ◎ We want to improve the quantity of hazardous substances related to oil. ◎ We want to optimize cutting oil for processing methods and workpieces. ◎ We want to know the proper management methods for water-soluble cutting oils. ◎ We want to improve the usage environment of cutting oils. 【Main Products Handled】 ■ Automotive oils ■ Industrial lubricants and industrial processing oils (cutting oils, etc.) ■ Base oils ■ Greases *For more details, please feel free to contact us.

  • Lubricants
  • Oil

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Electromagnetic environment testing (EMC testing) for electrical equipment, medical devices, automotive equipment, etc.

Electromagnetic environment testing (EMC testing) for electrical equipment, medical devices, automotive equipment, etc.

Conducting tests based on domestic and international standards at four EMC testing facilities nationwide, equipped with 10m dark rooms and various testing equipment.

The EMC testing laboratory conducts internationally reliable tests compliant with ISO/IEC 17025, having obtained accreditation from VLAC, an ILAC-MRA accredited organization, as well as registration as a testing laboratory with IECEE and accreditation from Taiwan TAF. Please feel free to consult us for testing on weekends, holidays, or at night. 【Main Testing Contents】 ■ Testing subjects include electrical products, electronic devices, medical devices, automotive equipment, marine equipment, etc. ■ Testing for domestic certifications, etc. - EMI testing based on the Electrical Appliance and Material Safety Act - EMC testing based on the Pharmaceuticals and Medical Devices Act - Testing and certification based on the Radio Law - EMC testing based on S-JQA mark certification - JQA-EMC mark certification - EMI testing based on VCCI ■ Testing according to various domestic standards, international standards, national standards, and customer-specific internal standards using measurement criteria and methods - EMC testing (electromagnetic compatibility), EMI testing (emission), EMS testing (immunity) - Power harmonic testing - Voltage fluctuation and flicker testing - E-mark certification acquisition service for automotive equipment, specific tests for automotive equipment - GTEM cell testing, EMC testing for marine equipment, ELP mark testing, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • others
  • Oil

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Environmentally friendly cleaning device "Clean Best"

Environmentally friendly cleaning device "Clean Best"

An environmentally friendly cleaning device that contributes to improving the work environment without leaking outside!

"Clean Best" is an environmentally friendly cleaning device that is sealed, making it extremely difficult for volatile organic solvents to leak, and is expected to significantly reduce usage amounts. With its non-flammable, vertical sealed structure, the device has minimal solvent emissions, and in the future, non-flammable organic solvents will also be available for use. 【Features】 ■ Low cost ■ High cleaning performance ■ High safety ■ Low environmental impact ■ Compliance with regulations, etc. *For more details, please download the PDF or feel free to contact us.

  • Other cleaning machines
  • Oil

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Used oil recycling business

Used oil recycling business

Leave the recycling of waste oil to us!

Our company manufactures and sells feed-grade recycled oil through oilseed processing technology that converts waste oil into high-value products. Additionally, high-quality and high-purity refined fats are utilized as industrial recycled fat materials in various fields. Through the recycling of edible waste oil, we aim for activities closely connected with the local community and coexistence, advancing our business centered on providing recycled oil for various industrial products and fat feed products that are essential in different aspects of industry, society, and daily life, responding to diverse needs and striving for greater social contribution. Please feel free to contact us if you have any inquiries. *For more details, please download the PDF or contact us.

  • Fats and oils
  • others
  • Oil

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Microalgae-derived DHA oil for food and supplement ingredients Omega-3

Microalgae-derived DHA oil for food and supplement ingredients Omega-3

High-purity omega-3 raw material derived from microalgae fermentation, high-quality DHA algal oil suitable for food and supplement applications.

This product is omega-3 DHA algal oil (triglyceride type) produced through fermentation culture using microalgae as raw material. DHA (docosahexaenoic acid) is an important component of omega-3 polyunsaturated fatty acids and is widely known as a lipid involved in the development and maintenance of the function of nerve cells. In particular, DHA is a major fatty acid related to brain and visual function, and it is considered an important lipid component, accounting for about 20% in the human cerebral cortex and about 50% in the retina. Since it is difficult for the human body to synthesize sufficient amounts, intake from food and dietary supplements is considered important. This product is produced using a patented fermentation technology that cultivates the marine microalgae genus Schizochytrium in a sealed fermentation tank. DHA oil is extracted from the algal biomass after fermentation using solvent-free physical separation technology and molecular distillation purification processes, and high-purity DHA algal oil is obtained through further purification treatments such as winterization. A safety and quality management system has been established for food ingredients, making it an omega-3 lipid raw material that can be used in a wide range of fields, including health foods, dietary supplements, and functional foods.

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

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Winter-treated DHA algae oil for soft capsule and gummy applications Omega-3

Winter-treated DHA algae oil for soft capsule and gummy applications Omega-3

High-purity omega-3 lipids suitable for the production of soft capsules and gummy supplements with excellent transparency winterization DHA oil.

This product is an omega-3 oil for food applications made from DHA algae oil produced through the fermentation of microalgae, subjected to physical refining and low-temperature winterization treatment. The fatty acid structure is in the natural triglyceride (TG) form, widely used as a DHA lipid material suitable for health foods and food processing applications. DHA is produced by cultivating microalgae (Schizochytrium species) using a closed fermentation system. After fermentation, the oil is extracted from the algal biomass, and DHA oil is recovered through physical refining, followed by low-temperature winterization treatment to remove high-melting-point saturated fatty acid components. This winterization process improves the clarity and low-temperature stability of the oil, stabilizing its appearance quality. It is particularly suitable for product applications that require oil clarity and is used as a manufacturing ingredient for soft capsule supplements and gummy supplements. Compared to conventional algae oil, winterized oil is less likely to become cloudy or precipitate under low-temperature conditions, excelling in maintaining the quality of the product's appearance. Therefore, it is a highly valuable DHA lipid raw material in the health food sector, where appearance quality is emphasized, such as in transparent capsule products and gummy products.

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

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Pharmaceuticals and high-function supplement raw materials, microalgae DHA oil ≥85% Omega-3

Pharmaceuticals and high-function supplement raw materials, microalgae DHA oil ≥85% Omega-3

Premium omega-3 ingredient for pharmaceuticals and high-function supplements, with a DHA content of up to 85%, the highest class in the industry.

This product is a premium omega-3 lipid material made from DHA algae oil produced through the fermentation of microalgae, combined with a purification process using an all-enzymatic method and molecular distillation technology to achieve high purity. The fatty acid structure is in the natural triglyceride (TG) form, and the DHA content reaches up to 85%, resulting in a highly concentrated DHA oil. The manufacturing process employs a gentle purification process utilizing enzymatic reactions, efficiently concentrating DHA components without the use of organic solvents. Additionally, low-temperature molecular distillation removes unwanted lipids and impurities, resulting in high-purity and high-quality DHA oil. Moreover, this product has a high proportion of DHA bound at the Sn-2 position, making it noteworthy as a high-value lipid material from the perspective of lipid structure. DHA derived from microalgae, unlike fish oil, does not go through the marine food chain, thus presenting a lower risk of heavy metal contamination and superior stability in quality control. As a result, it is used as an omega-3 lipid material suitable for product development requiring high-purity DHA, including pharmaceutical raw materials, high-function supplements, and high-value health foods targeted at Europe and the United States.

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

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High-concentration DHA algae oil (feed additive, microalgae-derived omega-3 oil)

High-concentration DHA algae oil (feed additive, microalgae-derived omega-3 oil)

High-concentration DHA source that can be used as a fish oil substitute, functional oil suitable for aquaculture, livestock, and pet applications.

This product is a feed additive DHA algal oil made from the microalgae Schizochytrium, produced through fermentation culture followed by cell separation and extraction processes. It contains DHA in high concentrations as triglycerides (TG type), making it suitable for use in aquaculture and livestock as an alternative to fish oil. It is available in DHA content specifications of 35% and 40%, allowing for flexible selection based on formulation design. Being a liquid oil, it is easy to mix uniformly into feed, contributing to improved formulation efficiency. As a sustainable ingredient derived from microalgae, it can be supplied stably without relying on marine resources, and it has recently been utilized in the development of environmentally friendly feed.

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

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[Industrial Lubricating Oil Troubleshooting News] Streamlining Coolant Replacement

[Industrial Lubricating Oil Troubleshooting News] Streamlining Coolant Replacement

Improving the efficiency of coolant replacement work! Just "add a cleaning agent" before refilling to reduce odors and dirt!

This document is the April 2021 issue of "Industrial Lubricants Troubleshooting News" published by Nagaoka Oil, which has a track record of 1,300 companies over its 80 years of establishment. Do you have concerns such as "I just replaced the cutting and grinding fluid during the coolant exchange, but it already smells..." or "Even after replacing it and charging with new fluid, it turns brown immediately..."? Our original product, "Ringer Flash II," uses the power of special surfactants to double-clean the dirt and odors that have permeated machines and tanks, and it is expected to be effective against stubborn odors that have settled in. This document also introduces a case study where we solved problems related to FC material processing using NC lathes in a precision machinery parts factory. We encourage you to read it. [Contents] ■ Do you have these concerns during coolant exchange? ■ Improve odors and dirt by simply adding "cleaning agents" before changing the fluid ■ Solving problems in FC material processing using NC lathes in precision machinery parts factories *For more details, please refer to the PDF document or feel free to contact us.

  • Cleaning agents
  • Oil

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Ringer Eco Grease

Ringer Eco Grease

Chuck grip strength increased by 20%! Changing the grease changes the precision.

"Ringer Eco Grease" is a high-performance grease specifically designed for claw chucks, allowing for a 50% reduction in usage. It demonstrates excellent performance in lubricating hydraulic chucks, independent chucks, and other claw chucks, achieving both quiet operation and grip retention due to its superior friction coefficient. The gripping force, which would typically decrease after a few hours of machining, is maintained at a high level thanks to its excellent water resistance and adhesion. 【Features】 ■ Excellent water resistance and adhesion ■ Prevents squeaking noise and reduction in gripping force ■ User-friendly white grease *For more details, please refer to the PDF document or feel free to contact us.

  • Lubricants
  • Oil

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Tank replacement cleaning agent "Ringer Flash II"

Tank replacement cleaning agent "Ringer Flash II"

Odor improvement! A very easy and highly effective cutting and grinding fluid, a solution for decay prevention.

"Ringer Flash II" is a cleaning agent and flushing agent for tank replacement in machine tools that use water-soluble processing liquids. With the power of special surfactants, it cleans both dirt and odors that have permeated the machines and tanks. It has low irritation and allows for continued processing without stopping the equipment after addition. Please feel free to contact us when you need it. 【Features】 ■ Powerful cleaning ability to wash away dirt adhered to the inside of pipes and tanks ■ Expected to be effective against stubborn, ingrained odors ■ Excellent water drainage, reducing rinsing after flushing *For more details, please refer to the PDF document or feel free to contact us.

  • Cleaning agents
  • Oil

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Tapping oil agent "Ringa Tap NH"

Tapping oil agent "Ringa Tap NH"

Good machinability, good cleanability! Oil-based cutting fluid suitable for hole machining of difficult-to-cut materials.

"Ringa Tap NH" is a gel-type tapping oil developed to solve the issues associated with conventional tapping oils and pastes. It adheres firmly to the cutting edges of tools and the pilot holes, allowing for improved workability compared to oil types. It contains components that excel in extreme pressure resistance, making it suitable for heavy machining. Please feel free to contact us if you need assistance. 【Features】 ■ Improved workability compared to oil types ■ Suitable for heavy machining (such as tapping stainless steel) ■ Easier to degrease than paste types *For more details, please refer to the PDF document or feel free to contact us.

  • Cutting Oil
  • Oil

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[Improvement Case] Significant reduction of oil mist with only the change of non-water-soluble cutting oil.

[Improvement Case] Significant reduction of oil mist with only the change of non-water-soluble cutting oil.

We will introduce a case where the oil mist visibly decreased, significantly reducing the adherence and stickiness to workers' hair and clothing!

We received an inquiry from a customer using oil-based cutting oil in a machining center, and we would like to introduce a case where we proposed a paraffin-rich oil-based cutting oil. Before the introduction, there was a challenge of excessive oil mist generation, which worsened the working environment. After the introduction, the oil mist visibly decreased, significantly reducing the adherence of oil to the workers' hair and clothing, as well as the stickiness. 【Challenges Before Introduction】 ■ Workers' hair and clothing became sticky and smelled of oil. ■ The area around the machines became sticky, dirtying the ceiling and worsening the working environment. ■ When blowing off chips after processing, it was difficult to remove them, which occasionally caused scratches on the workpieces and resulted in defects. *For more details, please download the PDF or feel free to contact us.

  • ?不水溶性切削油の変更 画像2.jpg
  • ?不水溶性切削油の変更 画像3.png
  • Cutting Oil
  • Oil

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[Improvement Case] Increased recovery rate of other oils and reduction of cutting oil odor.

[Improvement Case] Increased recovery rate of other oils and reduction of cutting oil odor.

We will introduce a case where the separation of the sliding surface oil improved, leading to an increased recovery rate of the oil skimmer, resulting in reduced odors and the elimination of stickiness!

We would like to introduce a case that was consulted by a company engaged in mechanical design and manufacturing, as well as machining of mechanical parts. In the customer's environment, there were issues with the odor and separation of water-soluble cutting oil during the summer, as well as the residue of sliding surface oil. Given the structure of the machinery, this situation was somewhat accepted as a matter of course. We suggested trying a dedicated lubricant for sliding surfaces that is less likely to mix with cutting oil. After its implementation, the separation of sliding surface oil improved, leading to an increased recovery rate of the oil skimmer, which resulted in reduced odors and eliminated stickiness. [Challenges Before Implementation] ■ Especially during the summer, odors and separation were likely to occur with water-soluble cutting oil, necessitating regular replacement work. ■ Sliding surface oil was easily emulsified by cutting oil, and due to the relatively large coolant tank of 800L, sliding surface oil could not be fully recovered. ■ Given the structure of the machinery, this situation was somewhat accepted as a matter of course. *For more details, please download the PDF or feel free to contact us.

  • ?他油回収率の向上 画像2.png
  • ?他油回収率の向上 画像3.png
  • Cutting Oil
  • Oil

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[Improvement Case] Successfully removed mold and odor by changing cutting oil.

[Improvement Case] Successfully removed mold and odor by changing cutting oil.

We will introduce a case where removing the sliding surface oil maintained the liquid state and prevented the occurrence of mold and odors!

We would like to introduce a case we received from a company engaged in metal cutting, drilling, and sheet metal processing. This company had been using a translucent type of water-soluble cutting oil and performed coolant replacement approximately twice a year. However, within two weeks, the translucent liquid became cloudy, and at the same time, it developed stickiness, mold, and odor. We proposed the use of a water-soluble cutting oil that is less prone to emulsifying with other oils and has excellent cleaning properties. After its introduction, by removing the sliding surface oil, the condition of the liquid was maintained, preventing the occurrence of mold and odor. [Challenges Before Introduction] ■ Although coolant replacement was performed twice a year, the condition of the liquid deteriorated quickly, leading to the development of mold and odor. ■ Even after the coolant replacement, it was necessary to replace the coolant again after six months. *For more details, please download the PDF or feel free to contact us.

  • ?切削油を変更 画像2.jpg
  • Cutting Oil
  • Oil

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[Improvement Case] Switching to cutting oil with a longer fluid life to reduce costs.

[Improvement Case] Switching to cutting oil with a longer fluid life to reduce costs.

We will introduce a case where the service life of cutting oil was extended to more than twice, reducing waste liquid treatment costs and labor expenses!

We received feedback from a company in Niigata Prefecture expressing a desire to test an oil agent that is considerate of hands, has a long liquid lifespan, and is less sticky. In response, we proposed an oil agent from the soluble type that is gentle on the skin and has good oil separation properties. While conventional oil agents would spoil in about three months, our product has shown no issues even after more than six months, successfully reducing waste liquid disposal costs by approximately 40,000 yen per machine annually due to the extended liquid lifespan. Additionally, by providing on-site support to enhance operators' awareness of oil agent management and conducting regular liquid analysis for quantitative management, we expect the liquid replacement cycle to be further extended. [Background of Introduction] - The previously used water-soluble cutting oil spoiled and produced an unpleasant odor. - Complaints were received from workers. - Due to past issues with hand irritation, there was a desire to test an oil agent that is considerate of hands and has a long liquid lifespan with less stickiness. *For more details, please download the PDF or feel free to contact us.*

  • Cutting Oil
  • Oil

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[Improvement Case] Preventing foaming of water-soluble cutting oil and reducing coolant usage.

[Improvement Case] Preventing foaming of water-soluble cutting oil and reducing coolant usage.

We will introduce examples of improvements in production efficiency due to the elimination of cleaning and replenishment tasks!

We received a request from a company in Niigata Prefecture to introduce a case where we prevented foaming of water-soluble cutting oil and reduced coolant usage by 15%. Upon inspecting the machine, we found that the filter inside the tank was clogged, which can cause foaming issues with the water-soluble cutting oil. We proposed a low-viscosity oil that would reduce the clogging of the filter. After implementation, we thoroughly cleaned the tank, including the filter, along with the coolant replacement work. As a result, the filter became less prone to clogging, and the overflow caused by foaming was eliminated. [Challenges Before Implementation] ■ Frequent occurrences of foaming of water-soluble cutting oil during processing, leading to leaks from the tank. ■ Operators had to stop the machine to clean around the tank and replenish the coolant, which resulted in significant time and cost for refilling, as well as excessive machine downtime, negatively impacting production efficiency. ■ Foaming increased the risk of reduced processing capability due to insufficient supply of cutting oil, leading to potential defects in parts, causing significant concern. *For more details, please download the PDF or feel free to contact us.*

  • Lubricants and additives
  • Oil

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[Improvement Case] Achieved reduction of warm-up time in winter and noise reduction during startup.

[Improvement Case] Achieved reduction of warm-up time in winter and noise reduction during startup.

We will introduce a case where workers no longer need to come in earlier than scheduled, leading to an improvement in the work environment!

We received a request from a company in Niigata Prefecture and would like to introduce a case where we achieved a reduction in warm-up time during winter and a decrease in noise during startup. The company faced challenges such as high pump load during winter startups, which led to a deterioration of the working environment due to increased operating noise, as well as wasted time during warm-up. However, they had not been able to address these issues due to the perception that they were limited to the cold season. As a solution to the losses caused by warm-up time in winter and the increased noise during pump startup, we proposed the use of energy-efficient hydraulic oil. After the replacement, we achieved a significant reduction in warm-up time and a decrease in the increased noise during startup, which had been raised as a concern. [Challenges Before Implementation] ■ High pump load during winter startups ■ Deterioration of the working environment due to increased operating noise and waste of time during warm-up ■ Unable to address improvements due to the perception that these issues were limited to the cold season *For more details, please download the PDF or feel free to contact us.

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[Improvement Case] Suppressing discoloration of water-soluble cutting oil and improving production efficiency.

[Improvement Case] Suppressing discoloration of water-soluble cutting oil and improving production efficiency.

This leads to a significant improvement in production efficiency, keeping the machining room and windows of the machines in a clean condition.

We would like to introduce a case that contributed to suppressing the discoloration of water-soluble cutting oil, improving production efficiency and enhancing the working environment. Previously, while processing cast parts with machining centers and NC lathes, the water-soluble cutting oil used would become brown and dirty within about 2 to 3 months after replacement. After the improvement, the cutting oil no longer became brown and dirty, allowing it to be used for 2 years without replacement, and there was no need to wash it with a parts cleaner. [Case Overview] ■ Issues - Water-soluble cutting oil becomes brown and dirty within about 2 to 3 months after replacement. - Cleaning products and fully replacing cutting oil is labor-intensive. ■ Benefits of Implementation - The frequency of cutting oil replacement was extended from 3 months to 2 years. - There was no longer a need to use parts cleaner for product cleaning. *For more details, please download the PDF or feel free to contact us.

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  • Cutting Oil
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[Improvement Case] Reviewing rust prevention oil to improve plating defects in the subsequent process.

[Improvement Case] Reviewing rust prevention oil to improve plating defects in the subsequent process.

Selected a rust preventive oil with excellent washability! A case where plating has become cleaner than before.

We would like to introduce a case where the review of rust prevention oil improved plating defects in the subsequent process. This company used to dip machined parts in rust prevention oil and let them air dry before shipping. However, they faced the issue of "plating not adhering properly in some areas despite washing the parts and performing surface treatment." After the implementation, there were no occurrences of rust, and the surface treatment contractor reported that "the plating has become cleaner than before, and the problem has been resolved." 【Case Overview】 ■ Issues - Plating defects occurred at the surface treatment contractor after applying rust prevention oil. ■ Implementation Effects - Improved ease of removing rust prevention oil, leading to the resolution of plating defects. *For more details, please download the PDF or feel free to contact us.

  • Rust Inhibitor
  • Cutting Oil
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[Improvement Case] Elimination of rust on products occurring after processing with water-soluble cutting oil.

[Improvement Case] Elimination of rust on products occurring after processing with water-soluble cutting oil.

The amount of dirt entering the rust prevention oil has decreased, allowing us to extend the replacement cycle of the rust prevention oil!

Here is a case study on eliminating rust on products that occurs after processing with water-soluble cutting oil. The background for this introduction is that after rust prevention treatment, rust appeared on several products, leading to an increase in the amount of rust prevention oil used and resulting in higher costs. By being able to remove the components of the water-soluble cutting oil down to minimal residues, the performance of the rust prevention oil began to act on the metal surface, resolving the rust issue. 【Case Summary】 ■Challenges - Rust on products, increased usage of rust prevention oil ■Benefits - Elimination of rust, annual cost reduction of 500,000 yen *For more details, please download the PDF or feel free to contact us.

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[Improvement Case] Increased Work Efficiency and Reduced Use of Rust Preventive Oil

[Improvement Case] Increased Work Efficiency and Reduced Use of Rust Preventive Oil

Production efficiency improves without compromising rust prevention effectiveness! Usage can be reduced to approximately one-third.

We would like to introduce a case study from a company in Niigata Prefecture that successfully simplified the application of rust preventive oil, improving work efficiency and reducing the amount of rust preventive oil used. The company used a petroleum-based rust preventive oil. Due to the stickiness of the oil, it was difficult to handle, leading to issues such as adhesion to hands and the limitation of only being able to apply it with a brush, which made the application process time-consuming. They were searching for ways to improve work efficiency. After the introduction of a new method, the application that was previously done with a brush became possible with a spray, allowing for application without dirtying hands, while maintaining rust prevention effectiveness and improving production efficiency. 【Case Overview】 ■ Challenges - The stickiness of the rust preventive oil made it difficult to handle, resulting in a cumbersome application process. ■ Implementation Effects - By changing the rust preventive oil, costs and usage were reduced by approximately one-third. *For more details, please download the PDF or feel free to contact us.

  • Rust Inhibitor
  • Cutting Oil
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