The fine sludge generated in the coolant during (ultra-hard, ultra-precision) grinding processing negatively impacts processing quality. ★ We would like to introduce a "case" where we successfully recovered this fine "ultra-hard sludge"! The sludge in the coolant cannot be completely removed with just a "paper filter," and this "fine sludge" adversely affects processing quality. We will present "successful cases" of recovering ultra-hard sludge.

★Introducing "Success Stories" of Sludge Recovery Methods in Gear Machining ◎ Optimal for Gear Machining - Zero oil removal in shaving processes, contributing to the extended lifespan of pumps! ◆ Are you facing these issues? ● The coolant in the tank decreases quickly, requiring frequent replenishment ● The oil-based coolant recovered by the oil removal machine contains fine particles, etc. ◇ Improvements Achieved! 〇 Chips processed by the oil removal machine are discharged, eliminating the need for oil removal work 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.

★ Introduction of "success stories" for sludge recovery methods generated in "cutting processing" ◎ Optimal for cutting processing - The lifespan of machining center cutting fluid for castings has doubled! ◆ Do you have any of these concerns? ● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing troubles ● Poor filtration precision of coolant liquid leads to defective products due to scratches, etc. ◇ It has improved so much! 〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20% 〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.

★Introducing "Success Stories" of Sludge Recovery Methods Generated by "Grinding Processing" ● "Sludge recovery has greatly improved!" ● "Cleaning and maintenance have drastically decreased!" ● "Selling sludge as valuable material to scrap dealers!" and more Please be sure to read the "Success Stories." ◆ Basic Specifications of the Sludge Recovery Device "FINE MAG" (Here’s what’s different!) 1. Improved durability of the drive system! - Prevents the intrusion of sludge and abrasive particles into the drive system - Significantly enhanced wear resistance 2. Special hardening treatment on the surface of the magnetic drum! - The magnetic drum is less prone to scratches - The squeezing roller is less prone to scratches

★Introducing "Success Stories" of Sludge Recovery Methods Generated in "Grinding Processing" ● "Sludge recovery has greatly improved!" ● "Cleaning and maintenance have drastically decreased!" ● "Selling sludge as valuable material to scrap dealers!" and more Please be sure to read the "Success Stories." ◆ Basic Specifications of the Sludge Recovery Device "FINE MAG" (Here’s what’s different!) 1. Improved durability of the drive system! - Prevents sludge and abrasive particle contamination in the drive system - Significantly enhanced wear resistance 2. Special hardening treatment on the surface of the magnetic drum! - The magnetic drum is less prone to scratches - The squeezing roller is less prone to scratches

★Introducing "Success Stories" of Sludge Recovery Methods in Gear Machining ◎ Optimal for Gear Machining - Zero degreasing in shaving processes, contributing to the extended lifespan of pumps! ◆ Do you have any of these concerns? ● The coolant in the tank depletes quickly, requiring frequent replenishment ● The oil-based coolant recovered by the degreaser contains fine particles, etc. ◇ Improvements Achieved! 〇 Chips processed through the degreaser are discharged, eliminating the need for degreasing 〇 The amount of coolant replenished has been reduced by more than one drum per machine annually, etc.

★Introducing "success stories" of sludge recovery methods generated in "cutting processing" ◎ Optimal for cutting processing 　・The lifespan of machining center cutting fluid for castings has doubled! ◆ Do you have any of these concerns? 　● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing recurring troubles 　● Poor filtration accuracy of coolant liquid leads to defective products due to scratches, etc. ◇ It has improved so much! 　〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20% 　〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.

The fine sludge generated in the coolant during (super hard, super precision) grinding processing adversely affects the processing quality. ★ We would like to introduce a "case" where we successfully recovered this fine "super hard sludge"! The sludge in the coolant cannot be completely removed with just a "paper filter," and this "fine sludge" negatively impacts processing quality. We will present "successful cases" of recovering super hard sludge.

◆ The inspection and maintenance of the "magnet separator" is crucial for the stable operation of the "coolant system"! Please try our "free inspection service" before a failure occurs. While we understand that inspecting the "magnet separator," which is a sludge recovery device for coolant (coolant liquid), is important, it is often difficult to check. However, deterioration is definitely progressing... We want to avoid situations where "one day suddenly a malfunction occurs and production stops!" Sudden malfunctions can also lead to delays in "parts replacement" or "repairs." The "magnet separator/free inspection service" we are introducing this time aims to alleviate such concerns and is a service to ensure that you can continue to use the "magnet separator" safely and securely. Please take advantage of this opportunity to utilize our "free inspection service." ★ The catalog specifically details the contents and benefits of the service! Please take a look.

★ Introduction of "success stories" for sludge recovery methods occurring in "gear machining" ◎ Optimal for gear machining - Zero degreasing in shaving processes, contributing to the extension of pump life! ◆ Do you have any of these concerns? ● The coolant in the tank decreases quickly, requiring frequent replenishment ● The oil-based coolant recovered by the degreaser contains fine particles, etc. ◇ It has improved so much! 〇 Chips processed by the degreaser are discharged, eliminating the need for degreasing 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.

★ Introduction of "success stories" for sludge recovery methods generated in "cutting processing" ◎ Optimal for cutting processing - The lifespan of machining center cutting fluid for castings has doubled! ◆ Do you have any of these concerns? ● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing troubles ● Defective products occur due to poor filtration precision of coolant, etc. ◇ It has improved so much! 〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20% 〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.

The fine sludge generated in the coolant during (super hard, super precise) grinding processing negatively impacts processing quality. ★ We would like to introduce a "case" where we successfully recovered this fine "super hard sludge"! The sludge in the coolant cannot be completely removed by a "paper filter" alone; this "fine sludge" adversely affects processing quality. We will present successful cases of recovering super hard sludge.

★Introducing "Success Stories" of Sludge Recovery Methods Generated by "Grinding Processing" ● "Sludge recovery has greatly improved!" ● "Cleaning and maintenance have drastically decreased!" ● "Selling sludge as valuable material to scrap dealers!" and more Please be sure to read the "Success Stories." ◆ Basic Specifications of the Sludge Recovery Device "FINE MAG" (Here’s what’s different!) 1. Improved durability of the drive system! - Prevents sludge and abrasive particle contamination in the drive system - Significantly enhanced wear resistance 2. Special hardening treatment on the surface of the magnetic drum! - The magnetic drum is less prone to scratches - The squeezing roller is less prone to scratches

❶ Filter 10 to 95μ sludge ❷ Powerful filtration with magnet & paper filter! ❸ Available for high flow processing! - The coolant liquid is purified by the "filter paper (paper filter)" - There are also models that combine "magnet separator (FINE MAG)" and "paper filter"

The coolant processing device "FINE MAG" series has a new addition, the ultra-high magnetic force type "UK" / Drum surface magnetic force of 9000 gauss! ◆ Recovery capacity is 1.7 times that of our standard model! ◆ Maintains high potential as a fine magnetic sludge recovery device ◆ Improved productivity through continuous filtration

Powerful recovery of sludge generated in "grinding/cutting/gear processing"! Ultra-high magnetic force magnet system - from paper filter type to lineup ❶ Magnet separator type "FINE MAG" - Recovers fine particle sludge from coolant liquid ❷ Ultra-high magnetic force (9000 Gauss) model "FINE MAG UK" - High potential as a fine magnetic sludge recovery device ❸ Paper filter type "PAPER FILTER" - Capable of filtering average particles from 10 to 95µ ★ Currently publishing "case studies" on the effectiveness of sludge recovery in "grinding/cutting/gear processing"!

❶ Filter 10 to 95μ sludge ❷ Powerful filtration with magnet & paper filter! ❸ Available for high flow processing! - The coolant liquid is purified by the "filter paper (paper filter)" - There are also models that combine "magnet separator (FINE MAG)" and "paper filter"

The coolant processing device "FINE MAG" series has a new addition: the ultra-high magnetic force type "UK" with a drum surface magnetic force of 9000 gauss! ◆ Recovery capacity is 1.7 times that of our standard model! ◆ Maintains high potential as a fine magnetic sludge recovery device ◆ Improved productivity through continuous filtration

Powerful recovery of sludge generated in "grinding/cutting/gear processing"! Ultra-high magnetic force magnet system - from paper filter type to lineup ❶ Magnet separator system "FINE MAG" - Recovers fine particle sludge from coolant liquid ❷ Ultra-high magnetic force (9000 Gauss) model "FINE MAG UK" - High potential as a fine magnetic sludge recovery device ❸ Paper filter system "PAPER FILTER" - Capable of filtering average particles from 10 to 95µ ★ Currently publishing "case studies" on the effectiveness of sludge recovery in "grinding/cutting/gear processing"!

The fine sludge generated in the coolant during (super hard, ultra-precision) grinding processing negatively impacts processing quality. ★ We would like to introduce a "case" where we successfully recovered this fine "super hard sludge"! The sludge in the coolant cannot be completely removed with just a "paper filter," and this "fine sludge" adversely affects processing quality. We will present successful cases of recovering super hard sludge.

★Introducing "Success Stories" of Sludge Recovery Methods Generated by "Grinding Processing" ● "Sludge recovery has greatly improved!" ● "Cleaning and maintenance have drastically decreased!" ● "Selling sludge as a valuable material to scrap dealers!" and more Please be sure to read the "Success Stories." ◆ Basic Specifications of the Sludge Recovery Device "FINE MAG" (Here’s what’s different!) 1. Improved durability of the drive system! - Prevents sludge and abrasive particles from entering the drive system - Significantly enhanced wear resistance 2. Special hardening treatment on the surface of the magnetic drum! - The magnetic drum is less prone to scratches - The squeezing roller is less prone to scratches

★Introducing "Success Stories" of Sludge Recovery Methods Generated by "Cutting Processing" ◎ Optimal for Cutting Processing 　・The lifespan of machining center cutting fluid for castings has doubled! ◆ Do you have any of these problems? 　● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing troubles 　● Poor filtration precision of coolant liquid leads to defective products due to scratches, etc. ◇ It has improved so much! 　〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20% 　〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.

★ Introduction of "successful cases" for sludge recovery methods occurring in "gear machining" ◎ Optimal for gear machining - Zero degreasing in shaving processes, contributing to the extension of pump life! ◆ Do you have any of these concerns? ● The coolant in the tank decreases quickly, requiring frequent replenishment ● The oil-based coolant recovered by the degreaser contains fine particles, etc. ◇ It has improved significantly! 〇 Chips processed by the degreaser are discharged, eliminating the need for degreasing 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.

The fine sludge generated in the coolant during (super hard and super precise) grinding processing negatively affects processing quality. ★ We would like to introduce a "case" where we successfully recovered this fine "super hard sludge"! The sludge in the coolant cannot be completely removed with just a "paper filter," and this "fine sludge" adversely impacts processing quality. We will present "successful cases" of recovering super hard sludge.

★Introducing "Success Stories" of Sludge Recovery Methods Generated by "Grinding Processing" ● "Sludge recovery has greatly improved!" ● "Cleaning and maintenance have drastically decreased!" ● "Selling sludge as valuable material to scrap dealers!" and more Please be sure to read the "Success Stories." ◆ Basic Specifications of the Sludge Recovery Device "FINE MAG" (What's different here!) 1. Improved durability of the drive system! - Prevents sludge and abrasive particles from entering the drive system - Significantly enhanced wear resistance 2. Special hardening treatment on the surface of the magnetic drum! - The magnetic drum is less prone to scratches - The squeezing roller is less prone to scratches

★ We present "success stories" of sludge recovery methods generated in "cutting processing." ◎ Optimal for cutting processing - The lifespan of cutting fluid in machining centers for castings has doubled! ◆ Do you have any of these problems? ● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing frequent troubles. ● Poor filtration accuracy of coolant leads to defective products due to scratches, etc. ◇ It has improved so much! 〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20%. 〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.

★Introducing "Success Stories" of Sludge Recovery Methods in "Gear Machining" ◎ Ideal for Gear Machining - Zero oil removal in shaving processes, contributing to extended pump life! ◆ Do you have any of these concerns? ● The coolant in the tank decreases quickly, requiring frequent replenishment ● The oil-based coolant recovered by the oil removal machine contains fine particles, etc. ◇ Improvements Achieved! 〇 Chips processed by the oil removal machine are discharged, eliminating the need for oil removal 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.

The fine sludge generated in the coolant during (super hard, super precise) grinding processing negatively impacts processing quality. ★ We would like to present a "case" where we successfully recovered this fine "super hard sludge"! The sludge in the coolant cannot be completely removed with just a "paper filter," and this "fine sludge" adversely affects processing quality. We will introduce successful cases of recovering super hard sludge.

★Introducing "Success Stories" of Sludge Recovery Methods in "Gear Machining" ◎ Optimal for Gear Machining - Zero oil removal in shaving processes, contributing to the extended lifespan of pumps! ◆ Do you have any of these concerns? ● The coolant in the tank decreases quickly, requiring frequent replenishment ● The oil-based coolant recovered by the oil removal machine contains fine particles, etc. ◇ Improvements Achieved! 〇 Chips processed by the oil removal machine are discharged, eliminating the need for oil removal 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.

★Introducing "success stories" of sludge recovery methods generated in "cutting processing" ◎ Optimal for cutting processing 　・The lifespan of machining center cutting fluid for castings has doubled! ◆ Do you have any of these concerns? 　● In casting cutting, fine chips and carbon frequently clog high-pressure pumps and nozzles, causing troubles 　● Poor filtration accuracy of coolant leads to defective products due to scratches, etc. ◇ It has improved so much! 　〇 The lifespan of cutting fluid has doubled, and the defect rate has been reduced by 20% 　〇 Discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.