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Cutting Oil Product List and Ranking from 57 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Cutting Oil Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. ブラザー・スイスルーブ・ジャパン Aichi//Chemical
  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. フックスジャパン Tokyo//Manufacturing and processing contract
  4. 4 日立工油 Ibaraki//Petroleum and coal products
  5. 5 三和油化工業 Aichi//Chemical
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Cutting Oil Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. 切削油剤 改善のヒント集※ステンレス、難削材、アルミ加工現場向け フックスジャパン
  2. Water-soluble cutting oil "Alphacool NV Series" Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課
  3. BASCO Series (Water-Soluble) ブラザー・スイスルーブ・ジャパン
  4. 4 Buscomil Series (Non-water-soluble) ブラザー・スイスルーブ・ジャパン
  5. 5 Water-soluble cutting oil "Alpha Cool Series" Idemitsu Kosan Co.,Ltd. 潤滑油二部　セールス＆マーケティング課

Cutting Oil Product List

106～120 item / All 161 items

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Water-soluble cutting oil [Beacon introduction case] H Industry (machinery parts processing)

Water-soluble cutting oil [Beacon introduction case] H Industry (machinery parts processing)

Significantly reduced running costs! A case where the cleanliness of the machining room was maintained.

We would like to introduce a case study of the introduction of water-soluble cutting oil "beacon" to H Industry, which specializes in machining mechanical parts. The company had been troubled by the unpleasant odor of cutting oil and switched from an emulsion to "beacon type 1." Although there were concerns about its transparency, fluidity, and lubricating properties, it was able to perform machining equivalent to that of the emulsion. Additionally, there were worries about damage to the machine tools, but after one year, there were no changes to the painted surfaces, and they have been able to maintain a clean condition. 【Case Overview】 ■ Customer Name: H Industry (Machining of Mechanical Parts) ■ Oil Used: Type 1 ■ Equipment: Mori Seiki NC Milling, Mazak MC, etc. ■ Machining Materials: SUS, Steel, Aluminum Alloy *For more details, please refer to the PDF document or feel free to contact us.

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Water-soluble cutting oil [Beacon introduction case] T Ironworks (machine parts)

Water-soluble cutting oil [Beacon introduction case] T Ironworks (machine parts)

Effective transparent coolant for confirming processing points! Introducing cases where bad odors have disappeared.

We would like to introduce a case study of the introduction of the water-soluble cutting oil "beacon" to T Iron Works Co., Ltd., which handles mechanical parts. The company adopted type 3. Compared to the previous emulsion-type coolant, it is smoother and does not feel sticky. In processing, the cutting points in the machining room are clearly visible, providing a sense of security, and there have been improvements such as the elimination of unpleasant odors. 【Case Overview】 ■ Customer Name: T Iron Works Co., Ltd. (Mechanical Parts) ■ Oil Used: Type 3 ■ Equipment: Mazak NC Lathe ■ Types of Processed Materials: Various *For more details, please refer to the PDF document or feel free to contact us.

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Water-soluble cutting oil [Beacon introduction case] S Precision Co., Ltd. (electrode processing)

Water-soluble cutting oil [Beacon introduction case] S Precision Co., Ltd. (electrode processing)

Less stickiness even when processing copper! Examples of improved liquid discoloration and lifespan.

We would like to introduce a case where the water-soluble cutting oil "beacon" was introduced to S Precision, which performs electrode machining. The company's processing materials are copper and copper alloys, and they adopted type 1. There was no discoloration from copper, and the need for liquid replacement was eliminated. Additionally, there were improvements noted, such as less stickiness when processing copper and a perceived reduction in the amount of concentrate used. 【Features】 ■ Customer Name: S Precision (Electrode Machining) ■ Oil Used: Type 1 ■ Equipment: Makino Milling Machine V22A ■ Processing Materials: Copper and Copper Alloys *For more details, please refer to the PDF document or feel free to contact us.

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NC automatic lathe chlorine-free cutting oil "WT-700 Series"

NC automatic lathe chlorine-free cutting oil "WT-700 Series"

SUS has a composition suitable for processing carbon steel, and good results can be expected in the machining of difficult-to-cut materials.

The "WT-700 Series" is a chlorine-free anti-mist type cutting oil developed for NC automatic lathes, capable of processing a wide range of materials from SUS, carbon steel, to brass. This series offers cutting oil that is chlorine-free yet possesses processing performance comparable to chlorine-based types, and it is also cost-effective, addressing the issues of insufficient processing performance for difficult-to-cut materials and high prices associated with conventional chlorine-free cutting oils. 【Features】 - Comparable processing performance to chlorine types when machining difficult materials like SUS - Improved dimensional tolerance and surface accuracy due to the use of additives with excellent anti-welding properties - Reduced mist and improved working environment in the factory through the formulation of anti-mist agents - Capable of processing non-ferrous metals like brass due to its inert type - High performance at a low price *For more details, please download the PDF or feel free to contact us.

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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.

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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

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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.

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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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[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.*

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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.

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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

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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.

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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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[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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[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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