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The online monitoring system enables visualization, systematic management, and data-driven oversight for real-time performance monitoring of machining fluids. It assists on-site engineering staff in operational decision-making, enhances the user experience with fluid usage, reduces maintenance challenges, and improves the quality of product machining.

The KR-SQT III is Kerun's third-generation Smart Cooling Characteristic Tester, designed for assessing quenching media cooling properties. It provides detailed data and curve analysis, enabling efficient data collection and analysis on-site, supporting optimal operations for heat treatment facilities and research institutes.

Split-Type Tank Quick Cleaner (KR-ETC300B) is designed for machine shops to clean CNC sump tanks by removing sludge, oil residues, metal particles, and deposits. It separates impurities from the coolant, thoroughly cleans the tank, and serves as an ideal eco-friendly tool for machining operations.

The Integrated Cutting Fluid Purifier (KR-IPE300B) is designed for purifying water-based cutting fluids and cleaning agents by removing floating oil, killing bacteria, deodorizing, and filtering solid particles. It extends the service life of cutting fluids and cleaning agents, reduces waste discharge, lowers usage and disposal costs, and improves the quality of processed parts.

The mobile centrifugal oil purifier (KR-COP600MT) uses a gearpump for pressure. After coarse filtration, quenching oil undergoeshigh-speed centrifugal separation, with purified oil collected in thebuilt-in auxiliary tank. Once filled, an automatic pump returns thepurified oil to the quenching oil tank.

Using vertical centrifugal filtration with scraper discharge, this system efficiently separates solid waste from production oils in a dry form, without consumables and with low moisture sludge. Ideal for grinding oils, bearing oils, cold heading oils, automotive coating wastewater, glass, and ceramic processing.

A precision filter efficiently removes particles, oxides, and water from oils to enhance purity. Under pressure, oil flows through treated paper filter cartridges, where contaminants are trapped, allowing clean oil to pass through.

Waste evaporation treatment system uses heat pump compression to lower the pressure within the evaporator, increasing vacuum levels, reducing the liquid boiling point, and thus accelerating evaporation. The system heats the material with a heat medium, causing moisture in the material to evaporate. The rising vapor is then cooled by a refrigerant.