Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 83 items
Significant reduction in industrial waste costs through 1600G centrifugation.
◎Reduce the effort required for paint sludge removal ◎Extend the cleaning cycle of the booth ◎Significantly reduce industrial waste costs
Semi-automatic processing of paint sludge.
**Sludge Recovery System "BOSS 2000"** The sludge recovery system "BOSS 2000" pumps up paint mist repaired in the oil booth, separates it using a 1600G centrifugal separator, and condenses, solidifies, or semi-solidifies the collected sludge, making it possible to reduce the cost of waste disposal for paint sludge to about one-fifth of the conventional amount. **Compression and Separation of Sludge by 1600G Centrifugation** The pump draws up the repaired paint mist from the oil booth, which is then separated by the 1600G centrifugal separator. The paint sludge is compressed for easy removal. Additionally, the oil from which the paint sludge has been removed is returned to the oil booth. **Significant Reduction in Waste Disposal Costs** The paint sludge is compressed into smaller sizes, significantly reducing the amount of waste for disposal and greatly lowering costs. **Note:** It is necessary to confirm the applicable paint. Please check with your sales representative. **Contact:** Takubo Engineering Co., Ltd. Sales Engineering Department TEL: 0475-50-0211 or please visit the Takubo Web Contact Page at https://www.takubo.co.jp/.
High-purity recovery with a low-wear structure that suppresses the mixing of impurities into silicon sludge. Stable recovery of silicon sludge with a moisture content of approximately 30%!
The recovery of silicon sludge from silicon processing wastewater using a centrifuge achieves stable recovery of silicon sludge with a moisture content of approximately 30%. High purity recovery is possible due to a low-wear structure that minimizes the contamination of impurities in the silicon sludge. 【Features】 ○ Stable recovery of silicon sludge with a moisture content of approximately 30% ○ High purity recovery due to a low-wear structure that minimizes the contamination of impurities in the silicon sludge ○ Unmanned recovery of silicon sludge through fully automated operation For more details, please contact us or download the catalog.
![[Test Available] "Belt Filter Type Sludge Cut SC-BF"](https://image.mono.ipros.com/public/product/image/d31/2000404167/IPROS40277558608777917445.jpeg?w=280&h=280)
Excellent maintainability! Simple filtration mechanism using durable nylon filter!
The "Belt Filter Type Sludge Cut SC-BF" is a highly maintainable sludge separation device that employs a simple gravity filtration mechanism. It is compatible with both water-soluble and non-water-soluble coolants. The fastener-secured filter can be replaced without tools, making maintenance quick and easy. ★We are currently seeking distributors. 【Features】 ■ Simple filtration mechanism ■ Excellent maintainability ■ Durable nylon filter used ■ Compatible with both magnetic and non-magnetic chips *For more details, please refer to the PDF document or feel free to contact us.
Responds to sediment and floating sludge with just a valve switch! Tank cleaning machine makes processing easy with uniform dewatering! Comes standard with a cleaning kit that allows for immediate cleaning after use!
The "FD-1 Type Sludge Cleaner" has cleared all the necessary functions for sedimentation and floating sludge recovery devices. The FD-1 Type can instantly recover sediment sludge and, with a valve switch, can also instantly recover floating sludge. It cannot be considered an excellent sludge recovery machine if it suffers from prolonged dehydration, uneven dehydration, or a sludgy state. The FD-1 Type features a structure with a flat disc-type mesh installed at the bottom of the sludge bucket, allowing vacuum pressure from the vacuum pump to act uniformly across the entire bucket for even dehydration. Additionally, it enables short-term dehydration through the combined dehydration power of compressed air and vacuum pressure. Furthermore, one of the most troublesome tasks for operators at sites handling sludge recovery machines is cleaning the main body of the recovery machine after sludge disposal. The FD-1 Type comes standard with a cleaning kit that allows for the cleaning of the recovery machine's main body without the need for tap water, enabling quick cleaning at the site of the cutting fluid or cleaning liquid tank without contaminating the tank. It also comes standard with three sludge suction clear pipes (long, medium, short) that can be easily exchanged with a single touch, making it adaptable to tanks of various sizes and complex shapes. *For more details, please refer to the PDF document or feel free to contact us.*
[Free demo units available] Highly effective in reducing oil mist! A floating oil and sludge recovery device (oil-water separator) that efficiently collects in a short time. *Patent obtained.
The high-performance floating oil recovery device (oil-water separator) "Ecomore" collects fine sludge and floating oil from the liquid surface simply by floating the suction nozzle. It also absorbs bubbles generated in coolant tanks that conventional floating oil recovery devices (oil-water separators) could not collect, reducing them through a uniquely developed mechanism. When floating oil is mixed with the coolant used in machine tools, it turns into oil mist due to the heat during cutting processes, which can worsen the working environment in factories. The floating oil recovery device (oil-water separator) "Ecomore" efficiently collects and separates floating oil from coolant liquid, which causes oil mist. ━━━━━━━━━━━━━━━━━━━━━━━━━━ ★ Free demo units available for loan & looking for sales agents ★ If you are interested, please contact us through the link below 【Contact Us】. ━━━━━━━━━━━━━━━━━━━━━━━━━━ ■□ For more details, please inquire or download the catalog □■
Double suction and triple separation for exceptional cleanliness! Cost reduction and improvement of the factory environment!
"Ecomore" is a floating oil and suspended sludge recovery device that separates more reliably using a unique three-stage separation method. It operates solely on air and will automatically stop when the oil recovery can is full. After a simple initial adjustment, it can operate unattended. Its compact design takes up little space, making it suitable for shallow tanks (70mm deep) and narrow openings (100mm square). 【Features】 ■ Follows liquid levels for stable suction ■ Powerful suction from dual slit suction ports ■ Significantly improved oil-water separation capability ■ Recovered oil goes into the collection can ■ Suspended sludge is directed to the strainer *For more details, please refer to the PDF document or feel free to contact us.
Easy to install even after the fact! The magnetic design allows for easy removal of sludge from the tank! 【Tsubakimoto Meifran】
The "Sludge Barrier Series" is a device that uses magnetic force to collect magnetic sludge from coolant discharged by machining equipment such as machine tools. Sludge in the tank can be easily removed. Additionally, it can be easily installed in existing tanks by providing a notch hole in the tank lid. 【Features】 ■ Magnetic type ■ Collects magnetic sludge ■ Easy removal of sludge in the tank ■ Simple installation even as an add-on *For more details, please refer to the PDF materials or feel free to contact us.
From quality improvement to environmental enhancement! The "sludge recovery device" that solves various problems in factories.
The "Super Clean Mate Series" is a "sludge recovery device" that can collect foreign substances accumulated inside the coolant tank of machine tools. Inside the coolant tank of machine tools, foreign substances oxidize and accumulate due to prolonged operation. Continuing to use it as is can lead to problems with pumps and cutting tools, causing equipment failure or damage. This product can function even while the equipment is operating, as it collects sludge through a small gap without changing the position of the tank. The filter includes a wire mesh filter and a back filter, capable of handling up to 5 microns as standard. There are five types of filters available, and an option for 1 micron is also possible. Compared to replacing with new oil, it reduces costs to 1/5 to 1/10 of the expense. Additionally, it can reduce the amount of waste, thereby lowering disposal costs. 【Features】 ■ Maintains a constant level of cleanliness ■ Cost reduction ■ Reduces the amount of waste *For more details, please refer to the catalog or feel free to contact us.
Powerful suction with a strong pump! Easily collects sludge from the tank bottom with the convenience of a household vacuum cleaner.
The "Sludge Catcher/SCA-180" is a sludge recovery device that can be used on operating machinery without electricity. It accommodates a wide variety of sludges, including aluminum, iron, engineering plastics, grinding chips, and casting powder. With the ease of a household vacuum cleaner, it collects sludge from the bottom of the tank, which can be expected to benefit the lifespan of cutting fluids, blades, and pumps. 【Features】 ■ One of the largest in the industry at 180L/min ■ Equipped with a large-capacity pump ■ A wide variety of filter sizes available ■ Compact and equipped with casters ■ Easy to use like a vacuum cleaner *For more details, please refer to the PDF document or feel free to contact us.
Powerfully collect "sludge" in coolant liquid using a magnetic method!
(Main Features) 1. High sludge recovery capability and dewatering performance 2. Long-term maintenance of coolant processing liquid 3. Low frequency of failures (long-term stability) (What's Different!) 1. Improved durability of the drive system - Prevents sludge/grit contamination in the drive system (maintains initial performance for a long time) 2. Special hardening treatment on the surface of the magnetic drum - The magnetic drum and dewatering roller are resistant to scratches 3. Adoption of a forced drive system for the dewatering roller 4. Unique magnetic arrangement based on magnetic field analysis technology
The strongest magnetic drum in history / Surface magnetic force of 9000 gauss! The "UK" has been newly added to the Fine Mag series, which has the highest customer rating No. 1.
● Magnetic force of 9000 Gauss (drum surface) ● Recovery capacity is an impressive 1.7 times that of the K-type (our standard model)! (Grinding sludge 5-15um) ● Demonstrates powerful recovery for hard-to-magnetize sludge (e.g., from carbide tool grinding)! (Here’s what’s different!) 1. High effectiveness in recovering hard-to-magnetize sludge generated in "carbide tool processing," which has been difficult to recover with conventional methods, as well as "ultra-fine sludge" from honing, lapping, super finishing, and electrical discharge machining. 2. Contributes to resource recycling by recovering "rare metals" (such as tungsten) contained in carbide sludge. 3. No parts that require regular replacement, such as "secondary filtration devices" (paper, diatomaceous earth, line filters), significantly reducing running costs and replacement labor.
1. Ideal for sludge recovery in grinding/cutting/gearing processing! 2. High dewatering performance! 3. Significant reduction in cleaning and maintenance frequency! (Coolant sludge recovery device)
The sludge generated from coolant fluid in "grinding/cutting/gear (shaving) processing" is effectively removed by the high-dimensional magnetic arrangement "FINE MAG," which maintains and demonstrates excellent dehydration/de-oiling performance over a long period. ★ "Grinding/Cutting/Gear Processing Specific (12 Selected Cases)" is available for download! (What's different here!) 1. Durable drive system ● Frame structure that minimizes the mixing of sludge/abrasive particles into the drive system. Also pursues wear resistance. 2. Special hardening treatment on the surface of the magnetic drum! ● The "magnetic drum" and "squeegee roller" are resistant to scratches, maintaining initial performance for a long time. 3. Forced drive system adopted for the squeegee roller! ● The squeegee roller does not slip, achieving high drainage performance. 4. Efficient adsorption due to magnetic arrangement! ● High adsorption power is exhibited through a high-dimensional magnetic arrangement based on scientific evidence. (Needs-based lineup!) ◆ High filtration type: Also compatible with high-frequency hardened sludge ◆ High flow processing type: Supports 500–1000 L/min ◆ Ultra high magnetic force type: Also compatible with carbide tool processing sludge ◆ P-roller specification: Reduces chip entrapment in the squeegee roller
◆ Introducing the coolant sludge recovery device "FINE MAG" series / "Grinding processing / 8 successful case studies"!
◎ Ideal for grinding processing - Significant improvement in the recovery of sludge from sediment in the tank generated during grinding processing! ◆ Issues (before implementation) ● Used a competitor's magnetic separator, but the magnetic drum and rubber wore out in less than a year ● The discharged sludge was sticky, etc. ◇ Implementation effects 〇 Eliminated sediment in the tank and removed abrasives, reducing impurities below the specified value 〇 Sold sludge as valuable material to scrap dealers, etc.
"Grinding/Cutting/Gear Processing" generation, coolant sludge recovery! From super high magnetic force magnets to paper filter types, a lineup!
Powerfully filter magnetic/non-magnetic sludge! Recover sludge from various coolant liquids with "three types" of sludge recovery devices. ❶ "FINE MAG" (Magnet Separator/Type) - A series that boasts long-term stable performance, where the magnet separator method creates differences in "sludge recovery capability/filtering performance." ❷ "FINE MAG UK" (Ultra High Magnetic Force/Type) - The ultra high magnetic force type "UK" has been newly added to the coolant treatment device "FINE MAG" series, with a drum surface magnetic force of 9000 gauss! ❸ "PAPER FILTER" (Paper Filter/Type) - Powerfully filter magnetic/non-magnetic sludge (10-95μ)! There is also a unit model that combines "magnet & paper filter"!
Recovery of sludge from coolant liquid in (super hard and grinding processing) / Success case
◆ Issues (Before Implementation) ● Maintenance tasks such as tank cleaning are difficult with only paper filters. ● Fine sludge in the coolant adversely affects processing quality. ● Looking for a separator that can "recover" "hard" sludge, among other things. ◇ Implementation Effects 〇 Sludge recovery rate improved by approximately 4 to 5 times compared to conventional "filtration devices." 〇 Processing quality improved as fine "hard sludge" no longer causes scratches. 〇 High dewatering performance with almost no moisture in the sludge, reducing the burden of recovery tasks, among other benefits.
![[By Processing] Sludge Recovery Device / Magnet - Up to Paper Filter](https://image.mono.ipros.com/public/product/image/57c/2001017943/IPROS63787464187900709448.jpeg?w=280&h=280)
Effectively recover "sludge" generated from cutting, grinding, gears, and special processing!
The "sludge" generated in machining can also cause "product defects" and "machine stoppages." We provide the latest information regarding sludge recovery, including "success stories/unit production examples/inspection services/latest separator product information." (Provided Information) ● "Sludge Recovery by Machining Type/Success Stories" - "Cutting Machining/Success Stories" - "Grinding Machining/Success Stories" - "Gear Machining/Success Stories" - "Carbide and Ultra-Precision Grinding Machining/Success Stories" ● "Coolant Tank Unit/Production Examples" ● "Magnetic Separator/Free Inspection Service" ● "Latest/Separator Product Information" - "Magnetic Separator" - "Paper Filter Separator" - "Super Magnetic/Magnetic Separator" - "Comprehensive Catalog of Coolant Treatment Equipment" We collaborate with manufacturers to provide proposals based on your usage conditions and installation environment. *For more details, please refer to the "PDF materials."
Optimal for sludge recovery of grinding coolant! "FINE MAG/K Type"
The magnet drum is different! Even if the magnetic force is increased, if the drum surface gets scratched, sludge cannot be scraped off. To maintain stable performance even after long-term use, we apply a special hardening treatment to the surface of the magnet drum, preventing scratches (patent obtained). ◆ The dewatering roller is different! - It consistently demonstrates stable dewatering without slipping. ◆ The cleanliness is different! - The magnetic force on the drum surface is 16% higher compared to our conventional products. - Stable product quality and reduced tank cleaning frequency. 〇 Regarding the collection of sludge from "grinding processing" coolant, please also take a look at the three case studies of "problem-solving examples (Company A / Company I / Company N)." ★ For more details, please refer to the "Product Catalog"! ☆ In collaboration with the manufacturer, we can provide proposals based on usage conditions and installation environments.
(Surface grinding) Sludge recovery case study (Company I) ▲ Iron powder generated during manufacturing retains a lot of moisture and oil!
This is a case study regarding the recovery of coolant sludge in grinding processes, addressing common issues. We hope it serves as a reference for those facing similar challenges. - Company Name: Company I - Issue: "We were troubled by the fact that a lot of moisture and oil remained in the iron powder generated during manufacturing!" ★ For more details, please be sure to check the "Case Study Catalog." ☆ For optimal coolant sludge recovery in "grinding processes," please also refer to the product catalog for "FINE MAG/K type." ☆ We can provide proposals based on usage conditions and installation environments in collaboration with the manufacturer.
(Surface grinding) Sludge recovery case study (Company N) ▲ Is there anything better in terms of durability and filtration accuracy?
This is a case study regarding the recovery of coolant sludge in grinding processing. We hope it serves as a reference for those facing similar challenges. - Company Name: Company N - Issue: "I am dissatisfied with the durability and filtration accuracy of the product currently in use!" ★ For more details, please be sure to check the "Case Catalog." ☆ For optimal coolant sludge recovery in "grinding processing," please also refer to the product catalog for "FINE MAG/K type." ☆ We can provide proposals in collaboration with the manufacturer, taking into account the usage conditions and installation environment.
Optimal for sludge recovery in coolant liquids during cutting processes! "FINE MAG/KS type"
(This is for cutting processing) Perfect for those who have the following concerns. ▲ High defect rate! ▲ High-pressure pumps and nozzles are prone to clogging! The main cause is "sludge in the tank." The "FINE MAG/KS type" solves these issues. (Main features) 〇 Sludge recovery rate of over 90% (by weight) 〇 No consumables required 〇 Sludge condition is dry, etc. (Technologies that achieve this) 1. Magnet arrangement designed for chips 2. Special hardening treatment on the drum surface 3. Forced drive type squeezing roller, etc. ★ For more details, please refer to the "Product Catalog." ☆ Please also check "Cutting Processing / Problem-Solving Case Studies" (Company I / Company IJ). ☆ We can collaborate with manufacturers to provide proposals based on usage conditions and installation environments.
(Cutting processing) Sludge recovery case (IJ) ▲ Fine sludge from casting processing cannot be completely removed, requiring frequent maintenance!
This is a case study regarding the recovery of coolant sludge in cutting processes, addressing issues you may be facing. We hope this serves as a reference for those with similar challenges. - Company Name: IJ Corporation - Issue: "Unable to completely remove fine sludge from cast processing, requiring frequent maintenance!" ★ For more details, please be sure to check the "Case Catalog." ☆ For optimal sludge recovery of coolant in "cutting processes," please refer to the product catalog for "FINE MAG / KS type." ☆ We can provide proposals in collaboration with the manufacturer, taking into account usage conditions and installation environments.
Optimal for sludge recovery in coolant liquid for ultra-hard and ultra-precision grinding processing! 'FINE MAG/UK Type'
Do you have any of these concerns? ▲ Struggling with the recovery of sludge that is difficult to magnetize ▲ How can I recover fine powder sludge? The "FINE MAG/UK type" solves these issues. (Main Features) 〇 High magnetic force of 9000 Gauss (drum surface) 〇 Effective in recovering sludge that is difficult to magnetize (such as from ultra-hard tool grinding) 〇 Effective in recovering fine sludge (from honing, lapping, electrical discharge machining, ultra-finishing), etc. The "FINE MAG/UK," capable of generating a high magnetic field, has great potential as a recovery device for fine magnetic metal powders. It can be used not only for chip removal generated in parts processing but also for recovering raw materials and removing impurities from fine particles, among other applications beyond grinding sludge removal. ★ For more details, please refer to the "Product Catalog." ☆ Please also check the "Grinding Processing / Problem-Solving Case Studies" (for Company T). ☆ We can collaborate with the manufacturer to provide proposals based on usage conditions and installation environments.
![14 Manufacturing Managers Speak / Coolant Sludge [Successful Recovery Case]](https://image.mono.ipros.com/public/product/image/338/2001402875/IPROS7746502535285026449.jpg?w=280&h=280)
Understand the 'sludge recovery methods for coolant fluids' for grinding and cutting processes! Numerous examples such as 'significantly reduced cleaning and maintenance frequency / achieved cost reduction'!
The high-dimensional magnet array "FINE MAG" removes fine sludge and continues to demonstrate excellent dewatering and degreasing performance over a long period. <Voices of 14 Site Managers> 1. Maintenance-free, no liquid replacement for 7 years 2. Zero degreasing in shaving processing, contributing to extended pump life 3. Successfully achieved significant cuts in maintenance costs 4. Contributed to the recovery of particulate sludge through secondary filtration 5. Significant reduction in sludge accumulation in the coolant tank of machining centers 6. The lifespan of cutting fluid in machining centers for castings has doubled 7. Quality improvement through ultra-hard sludge recovery 8. Greatly reduced costs and time loss in cleaning 9. Stable quality that maintains the obvious. Over 30 years of trust and results 10. Grinding sludge sold to scrap dealers as valuable material 11. Achieved high dewatering performance of sludge and high durability of rollers 12. Significant reduction in maintenance such as coolant liquid replacement and cleaning 13. Reduced operational costs due to increased lifespan of the magnetic drum 14. Recovery rate is three times that of conventional machines, and cleaning frequency is one-third of what it used to be.
◆ Introduction to "4 Successful Cases" of Sludge Recovery from Cutting Process/Coolant Liquid!
◎ Optimal for cutting processing ・The lifespan of machining center cutting fluid for castings has doubled! ◆ Issues (Before introduction) ● In casting cutting, fine chips and the large amount of carbon cause high-pressure pumps and nozzles to clog, leading to frequent troubles. ● Poor filtration precision of the coolant results in defective products due to scratches, etc. ◇ Effects of introduction 〇 The lifespan of the cutting fluid has doubled, and the defect rate has been reduced by 20%. 〇 The discharged sludge is almost dry, and the condition remains unchanged even after six years, etc.
◆ Introduction to "Successful Case Study 1" for Sludge Recovery of Coolant Liquid in Hard and Grinding Processing!
◆ Issues (Before Implementation) ● Maintenance tasks such as tank cleaning are difficult with only paper filters. ● Fine sludge in the coolant adversely affects processing quality. ● We were looking for a separator that could "recover" "hard" sludge, among other things. ◇ Implementation Effects 〇 The sludge recovery rate improved by approximately 4 to 5 times compared to conventional "filtration devices." 〇 Processing quality improved as fine "hard sludge" no longer causes scratches. 〇 High dewatering performance with almost no moisture in the sludge, reducing the burden of recovery work, among other benefits.
![[Gear Processing] Sludge Recovery Case Study 1 Selection (Reduced one drum of replenishing liquid!)](https://image.mono.ipros.com/public/product/image/ef3/2001444237/IPROS85306206913159567866.jpeg?w=280&h=280)
◆ Introduction to "Successful Case 1 Selection" for Gear Processing / Coolant Sludge Recovery!
◎ Ideal for gear machining ・Zero degreasing during shaving processing, contributing to extended pump life! ・No degreasing work required! ◆ Issues (before implementation) ● The coolant in the tank quickly decreases, requiring frequent replenishment ● The oil-based coolant collected by the degreasing machine contains fine particles ● Pumps and cutters wear out frequently, etc. ◇ Implementation effects 〇 Chips processed by the degreasing machine are discharged, eliminating the need for degreasing work 〇 The absence of degreasing and liquid replenishment tasks has improved productivity 〇 The amount of coolant replenished has been reduced by more than one drum per year per machine, etc.
Significant improvement in the recovery of grinding sludge from coolant tank deposits!
Maintains initial performance, resistant to breakage without friction. Sells grinding sludge as a valuable material to scrap dealers. ◇ Introduction Background ○ Used magnetic separators from other companies, but all wore out the magnetic drum and rubber in less than a year. ○ No wear on rollers, etc. ◆ Introduction Effects ● Eliminated tank deposits and reduced impurities below specified levels by removing abrasive particles with Fine Clon. ● Sold sludge as a valuable material to scrap dealers, etc.
Maintenance such as coolant fluid replacement and cleaning has drastically decreased!
Collected a large amount of sludge and satisfied with the high dewatering performance. ◇ Introduction Background 〇 Originally used a coolant system from another company 〇 Decided to introduce FINEMAG, which had already gained recognition for its quality within the company, among other reasons ◆ Introduction Effects ● The amount of sludge collected initially was astonishingly large, something I had never seen before ● The durability of the rollers is excellent, allowing for long-term use ● The dewatering performance is outstanding, among other points
[Objective] Improve suction performance to achieve a dry floor and zero waste liquid!
◇ Introduction Background ○ Activities themed around creating a dry floor and a clean factory & achieving zero wastewater ○ Realized zero liquid exchange operation for 7 years, etc. ◆ Introduction Effects ● Effect of optimizing the arrangement of magnets to recover abrasive particles along with magnetic sludge ● Very well dewatered, with moisture content below 30%, etc.
