U-Clean floating oil recovery device that powerfully sucks up foreign substances on the liquid surface with the adoption of a revolutionary air pump that does not experience suction failure, breakdowns, or maintenance.
The "AP-1G type" is a floating oil recovery device that utilizes an air pump for powerful vacuum suction, effectively drawing in floating contaminants from the coolant tank. 【Features】 ■ Unlike conventional models, this revolutionary floating oil recovery device has no mechanical moving parts and uses an air pump capable of sucking up 8mm sludge, eliminating the need for a suction filter that requires maintenance. ■ Instead of relying on liquid level differences like traditional models, it uses air vacuum power to forcibly and powerfully suck in floating contaminants. ■ The oil-water separation tank is a sealed type with a gasket, which shuts out odors from oil containing decayed bacteria. ■ It is not a type that requires regular cleaning of the oil-water separation tank; instead, sludge can be easily discharged occasionally using the included shovel. ■ There is no suction filter that requires regular maintenance, preventing suction failure due to clogging. ■ The structure pressurizes the sealed oil-water separation tank to eliminate foam, preventing foam (mostly cutting fluid) from entering the waste oil barrel. U.ENG LLC TEL: 047-767-0276 FAX: 047-767-7565 Email: uchiyama.eng@tbz.t-com.ne.jp
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basic information
【Specifications】 ■Model: AP-1G12P type (12L pail), AP-1G20P type (20L pail) ■External dimensions: Main body 180W×150H×85D ■Separation tank dimensions: 180W×350L×300H, Capacity → 13L ■Minimum tank installation dimensions: 90W×230L, φ75 float → 80W×210L ■Air pump: Air source → Pressure 0.5Mpa or more, Connection port → 1/4B coupler ■Compatible coolant tanks: Soluble coolant, Grinding machine tanks with high foam generation, Lathe tanks *For more details, please refer to the PDF document or feel free to contact us.
Price range
P3
Delivery Time
P4
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us. ■ Recovery of floating substances (oil, sludge, foam) in cutting fluid and cleaning fluid tanks ■ Suppression of the growth of bacteria that cause the decay of cutting fluid and cleaning fluid, preventing bad odors ■ Cost reduction by extending the life of cutting fluid and cleaning fluid The bad odor from cutting fluid and cleaning fluid is caused by the surface of the tank being covered with foreign substances such as oil, leading to the growth of anaerobic bacteria, which are the source of the odor. By keeping the top surface of the tank always pristine white and removing foreign substances from the liquid surface, we can cut off the nutrient supply for anaerobic bacteria and suppress the occurrence of bad odors.
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Company information
For the metal processing industry, reducing processing costs, minimizing the occurrence of defective parts, and increasing machine operating rates are important challenges. In particular, the chips that accumulate at the bottom of water-soluble cutting fluid tanks are sucked up by pumps, causing pipe blockages, defective products, tool breakage, and decreased machine operating rates. Additionally, the lubricating oil, fine chips, and sludge that float on the surface of the tank can cause the cutting fluid to deteriorate due to bacterial decay and unpleasant odors, drastically reducing its lifespan and increasing processing costs. Our company has been addressing these issues for many years. Users want to collect not only the sludge that accumulates at the bottom of the tank but also the floating sludge. There are complaints about the dewatering of the sludge. Users are troubled by uneven dewatering on the top and bottom surfaces of the recovery basket. Cleaning the basket inside the main unit after sludge recovery is very inconvenient. The FD-1 type sludge cleaner is a product equipped with excellent functions that solve all of these problems, which are not found in conventional products. We highly recommend that you confirm its performance with a demonstration unit.