In precision manufacturing industries such as tool processing, glass manufacturing, and semiconductors, fine impurities in grinding fluid have always been a core pain point, affecting workpiece accuracy, wearing down tools, and increasing production costs. Traditional filtration equipment suffers from issues such as insufficient precision, requiring downtime for cleaning, and high waste fluid emissions, which severely restrict enterprise production efficiency and environmentally compliant development. The TLER automatic slag discharge rotor purifier, leveraging high-precision centrifugal purification technology, perfectly solves industry challenges and has become the preferred purification equipment in precision manufacturing.

This equipment utilizes the advanced principle of high-speed centrifugal separation. It sucks the oil or liquid to be separated into the high-speed centrifugal rotor through the feed pump for high-speed rotational separation. During operation, solid impurities and heavy-phase residues with a higher specific gravity quickly adhere to the outer wall of the rotor, while the clean light-phase liquid naturally flows back and circulates from the bottom of the rotor. The equipment boasts excellent purification accuracy, capable of efficiently separating fine impurities as small as 2μm, far surpassing traditional filtration equipment and comprehensively enhancing the cleanliness of the oil and liquid. Additionally, the equipment is equipped with an intelligent sensing system. When the impurities inside the rotor accumulate to a preset thickness, it can automatically discharge the slag without manual intervention.

In production applications, this purifier stands out with its remarkable advantages. The equipment can purify grinding fluid online without stopping, thus avoiding productivity losses caused by equipment downtime for cleaning and significantly enhancing the comprehensive utilization rate of machine tools. Clean grinding fluid effectively reduces workpiece scratches and flaws, improves the machining smoothness and precision of products, reduces tool wear and tear, effectively prolongs tool lifespan, and significantly reduces the procurement costs of consumables for enterprises.

In terms of environmental protection and cost reduction, the equipment achieves the reuse of grinding fluid in a circular manner, achieving the effect of "only adding, no discharging". This completely reduces the cost of waste fluid disposal and the pressure of environmental emissions, facilitating green production for enterprises. Currently, this equipment has been widely adapted to high-end precision industries such as tool processing, glass processing, and semiconductors. With its core advantages of high efficiency, intelligence, and energy saving, it helps enterprises achieve comprehensive upgrades in quality improvement, efficiency enhancement, cost reduction, and environmental protection.