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Inspection/Maintenance of the magnetic separator is important for the stable operation of the coolant system! Please try our 'free inspection service' before a failure occurs.

1. Do you have any of these concerns? ● "I don't know how to perform maintenance." ● "I don't know the guidelines for replacing parts," etc. 2. If you leave the deterioration unchecked, one day suddenly ▲ "Sludge is not being discharged!" ▲ "The magnetic separator is not working!" etc. 3. Overview of the "Free Inspection Service" 〇 Inspect all operating "magnetic separators" in the customer's factory. 〇 Conduct a comprehensive assessment of the condition of key components and the status of coolant fluid, and provide a report, etc. 4. Benefits of the "Free Inspection Service" ◎ Understand the operating status and deterioration condition of the magnetic separator, which helps in preventive maintenance. ◎ The model name/serial number, etc., will be included in the "report." This makes it easier to procure parts in case of a failure, etc. ★ The "catalog" includes "specific deterioration examples" and "detailed service content." Please take a look. -------------------------------------------------------------- ◇ Sales Agent ・ Sanotech Co., Ltd. ◆ Manufacturer ・ Sumitomo Heavy Industries Fine Technology Co., Ltd. (An explanation will be provided by the manufacturer.)

◆ Introducing the coolant sludge recovery device "FINE MAG" series / "Grinding processing / 8 successful case studies"!

◆ Standard (fine particle) type (K/F) ◆ Type compatible with secondary cutting filtration and shaving processing (KS/FS) ◆ High filtration precision type (KD/FD) ◆ Type compatible with high filtration precision/secondary cutting filtration and shaving processing (KSD/FSD) ◆ High flow rate processing type (K/F) (Details) ◇ Secondary filtration type (KS/KSD) ・ Recovers over 90% (by weight) of the mud-like sludge generated during cast machining that is less than 100μ. ◇ Type compatible with shaving processing (KS/KSD) ・ Reduces chip entanglement to the squeezing roller through P rollers and specially arranged magnetic drums.

◆ Introducing the coolant sludge recovery device "FINE MAG" series / "Cutting Processing / Three Successful Case Studies"!

◆ Standard (Fine Particle) Type (K/F) ◆ Cutting Secondary Filtration and Shaving Processing Compatible Type (KS/FS) ◆ High Filtration Precision Type (KD/FD) ◆ High Filtration Precision / Cutting Secondary Filtration and Shaving Processing Compatible Type (KSD/FSD) ◆ High Flow Rate Processing Type (K/F) (Details) ◇ Secondary Filtration Type (KS/KSD) ・ Recovers over 90% (by weight) of the mud-like sludge generated in large quantities during cast machining, which is below 100μ. ◇ Shaving Processing Compatible Type (KS/KSD) ・ Reduces chip entanglement to the squeezing roller through P rollers and specially arranged magnetic drums.

◆ Introducing the coolant sludge recovery device "FINE MAG" series / "Gear Processing / Success Stories"!

◇ Standard (Fine Particle) Type (K/F) ◇ Cutting Secondary Filtration and Shaving Processing Compatible Type (KS/FS) ◇ High Filtration Precision Type (KD/FD) ◇ High Filtration Precision / Cutting Secondary Filtration and Shaving Processing Compatible Type (KSD/FSD) ◇ High Flow Rate Processing Type (K/F) (Details) ◇ Secondary Filtration Type (KS/KSD) ・Recovers over 90% (by weight) of the mud-like sludge generated in large quantities during cast machining that is less than 100μ. ◇ Shaving Processing Compatible Type (KS/KSD) ・Reduces chip entanglement to the squeezing roller through P rollers and specially arranged magnetic drums.

Recovery of sludge from coolant liquid in (super hard and grinding processing) / Success case

Magnet Drum / Surface Magnetic Force 9000 Gauss! ● 9000 Gauss (drum surface) magnetic force ● Recovery capacity is an impressive 1.7 times that of the K type (our standard model)! ● Demonstrates great power in recovering hard-to-magnetize sludge (e.g., from carbide tool grinding processes)! (What’s different here!) 1. Highly effective in recovering hard-to-magnetize sludge generated from "carbide tool processing," which was traditionally difficult to recover, 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 hard sludge. 3. Unlike "secondary filtration devices" (such as paper, diatomaceous earth, line filters, etc.), there are no parts that need to be regularly replaced, significantly reducing running costs and replacement labor.