天彦産業 Product Lineup

Improvement of the working environment... Reduces the occurrence of oil mist, odors, and stickiness. Eliminates the need for mist collectors, reducing power costs and cleaning efforts. Contribution to SDGs... Zero preservatives and mineral oils. Zero sulfur, phosphorus, chlorine, and boron. Reduces waste oil generation, lowering waste oil treatment costs and CO2 emissions. Increased productivity... Improves processing efficiency with high cooling, cleaning, and lubrication properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids at the following URL.

Improvement of the working environment... Reduces the occurrence of oil smoke, odors, and stickiness. Eliminates the need for mist collectors, reducing power costs and cleaning efforts. Contribution to SDGs... Zero preservatives and mineral oils. Zero sulfur, phosphorus, chlorine, and boron. Reduces waste oil generation, lowering waste oil disposal costs and CO2 emissions. Increased productivity... Improves processing efficiency with high cooling, cleaning, and lubrication properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids at the following URL: https://youtu.be/3TRZpZ2NokM​

Improvement of the working environment... Reduces the occurrence of oil smoke, odors, and stickiness. Eliminates the need for mist collectors, reducing power costs and cleaning efforts. Contribution to SDGs... Zero preservatives and mineral oils. Zero sulfur, phosphorus, chlorine, and boron. Reduces waste oil generation, lowering waste oil disposal costs and CO2 emissions. Increased productivity... Improves processing efficiency with high cooling, cleaning, and lubrication properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids at the following URL: https://youtu.be/3TRZpZ2NokM​

Improvement of the working environment... Reduces the occurrence of oil mist, odors, and stickiness. Eliminates the need for mist collectors, reducing power costs and cleaning efforts. Contribution to SDGs... Zero preservatives and mineral oils. Zero sulfur, phosphorus, chlorine, and boron. Reduces waste oil generation, lowering waste oil treatment costs and CO2 emissions. Increased productivity... Improves processing efficiency with high cooling, cleaning, and lubrication properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids at the following URL: https://youtu.be/3TRZpZ2NokM​

Improvement of working environment... Reduces the occurrence of oil mist, odors, and stickiness. Eliminates the need for mist collectors, reducing power costs and cleaning efforts. Contribution to SDGs... Zero preservatives and mineral oils. Zero sulfur, phosphorus, chlorine, and boron. Reduces waste oil generation, lowering waste oil treatment costs and CO2 emissions. Increased productivity... Improves processing efficiency with high cooling, cleaning, and lubrication properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids at the following URL: https://youtu.be/3TRZpZ2NokM​

We would like to introduce a case study where the introduction of the cutting fluid "SYITT OilWater" at a spring manufacturing factory solved various issues. Previously, water-soluble cutting fluids were used, which caused liquid deterioration leading to product rust. This required frequent liquid changes and cleaning, costing approximately 200,000 yen annually. After the introduction of our product, only topping up is necessary, significantly reducing the workload. There is no strong unpleasant odor like with conventional cutting fluids, making the workspace much more comfortable. We have received feedback that it remains odorless over time, which is appreciated by female workers. 【Case Overview】 ■Challenges - Frequent liquid changes and cleaning were necessary with water-soluble cutting fluids - Cleaning costs amounted to approximately 200,000 yen annually ■Effects - Workload has been significantly reduced - The workspace has become much more comfortable without strong unpleasant odors *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where the introduction of the cutting fluid "SYITT OilWater" at a machining factory solved various issues. The work environment deteriorated due to oil mist, leading to increased waste oil disposal costs and shorter tool life, which pressured productivity and management. There were also challenges in maintaining hygiene standards for medical-grade wire materials. After the introduction, there was no oil mist at all, and a significant benefit was that workers no longer had odors on their hair or clothing. We received feedback that this led to substantial cost reductions, including the elimination of the need for mist collectors and the implementation of store-type air conditioning instead of industrial units. [Challenges] - Deterioration of the work environment due to oil mist, increased waste oil disposal costs, and shorter tool life, all of which pressured productivity and management. - Difficulties in hygiene compliance for medical-grade wire materials. *For more details, please download the PDF or feel free to contact us.*

We compared the cooling performance during cutting processes between general water-soluble cutting oils and temperature. By improving cooling performance, we enhance processing efficiency and extend tool life. 1. Improvement of the working environment… Reduces the occurrence of oil mist, odors, and stickiness. Eliminates the need for mist collectors, reducing cleaning efforts and easing the burden on workers. 2. SDGs compliance… Zero preservatives and mineral oils. Reduces waste oil generation, lowering waste oil disposal costs and CO2 emissions. 3. Increased productivity… Enhances processing efficiency with high cooling, cleaning, and lubricating properties. Reduces wear and extends tool life. Materials: Special steel, stainless steel, carbide, titanium, nickel, cobalt, etc. Processing: Turning, cutting, sawing, robotic drilling, machining, threading, etc. You can view application collections and comparison videos with mineral-based cutting fluids on the following special website.

We would like to introduce a case where our "SYITT OilWater" was implemented to improve the working environment in the manufacturing site. Previously, we were troubled by the occurrence of oil mist, unpleasant odors, and stickiness caused by mineral oil, and we addressed this with mist collectors to prevent dispersion and daily cleaning. After implementation, there was no oil mist generated, and the working environment was significantly improved. The mist collector became unnecessary, leading to successful reductions in installation costs and operational expenses. 【Case Overview】 ■ Issue: Occurrence of oil mist, unpleasant odors, and stickiness caused by mineral oil ■ Cause: Mineral oil causes evaporation and thermal decomposition due to processing heat ■ Previous Specification: Use of mist collectors to prevent dispersion to the surroundings ■ Solution: Use of "SYITT OilWater" *For more details, please feel free to contact us.

We would like to introduce a case study of our "SYITT OilWater" being implemented for SDGs compliance in manufacturing sites. Traditionally, we replaced processing oil 1 to 3 times a year to improve dirt and odor, which posed a challenge due to CO2 emissions from waste oil disposal. With the introduction of this product, it has become possible to operate without issues with oil changes every 1 to 2 years, leading to a reduction in CO2 emissions associated with waste oil disposal and a decrease in costs. [Case Overview] ■Challenge: CO2 emissions from waste oil disposal ■Cause: A chemical reaction occurs when carbon combines with oxygen in the air during incineration ■Previous Specification: Oil changes were conducted 1 to 3 times a year to improve dirt and odor *For more details, please feel free to contact us.

We would like to introduce a case where our "SYITT OilWater" was implemented to improve productivity in the manufacturing site. The issue was that the heat generated during processing led to a deterioration in tool life and negatively impacted product accuracy. With the introduction of this product, cooling and penetration properties were enhanced. In an environment where similar steel types and difficult-to-machine materials are processed continuously, we achieved a significant improvement in tool life. [Case Overview] ■ Issue: Heat generated during processing leads to deterioration in tool life and negatively impacts product accuracy. ■ Cause: High heat and pressure occur simultaneously due to friction. ■ Previous Specifications: Measures were taken to avoid generating excess processing heat, such as slowing down the processing speed. *For more details, please feel free to contact us.