CNC Oil Mist Filter Air Filtration Equipment for Grinding / Swiss / Drilling / Sawing CNC Machines

(1) Begin with the seamless extraction of polluted air from the machine tool, channeling it effortlessly into the lower pre-chamber (A) of the TINME system.

(2) Harnessing the power of centrifugal force from a dynamic rotating turbine, this process accelerates oil particles with precision, encouraging them to coalesce and transform back into their liquid state, utilizing an advanced coalescence principle.

(3) An exceptional Multilayer filter (B) with unparalleled filtration capabilities effectively captures even the minutest pollutant particles, guaranteeing their successful containment and preventing any environmental dispersion.

(4) Ingeniously designed, a special drainage tube (C) efficiently redirects the recovered liquid oil back to the machine tool, allowing it to be seamlessly reintegrated into the working process for enhanced resource utilization.

1. HIGH FILTRATION LEVEL AND LONG LASTING FILTERS

Employing an ingenious fusion of turbine centrifugal action with a meticulously engineered high-efficiency multilayer filter set, this innovation promises an unparalleled filtration level. Positioned strategically post-turbine action, the filters encounter minimal exposure to pollutants, ensuring longevity and reliability. This strategic positioning significantly extends the lifespan of TINME filters beyond the typical centrifugal or static filters available in the market.

2. REDUCED ELECTRICAL CONSUMPTION

Achieve substantial energy savings with TINME's cutting-edge motors, renowned for their exceptional efficiency and remarkably low power consumption (KW), offering a sustainable and cost-effective solution.

3. TESTED MATERIAL FROM TINME

TINME proudly presents materials that have undergone rigorous compatibility stress tests, ensuring seamless performance with a variety of neat oils and emulsions available on the market, guaranteeing robust reliability.

4. SPECIAL TURBINE

A uniquely designed turbine that prevents dust accumulation on its surface, ensuring smooth operations without vibrations, even in the presence of substantial particulate quantities, enhancing operational efficiency.

5. QUICK AND EASY MAINTENANCE

Experience hassle-free maintenance with our convenient design, allowing for the effortless cleaning or replacement of internal filters simply by opening a cover, ensuring ongoing optimal performance.

7. Post-filtration, the air quality is stellar, with PM2.5 levels in the filtered air meeting stringent international standards, ensuring a healthier and safer environment.

Erkun, a beacon of innovation in the realm of oil mist collectors with our esteemed brand Tinme, is dedicated to transforming workplaces into healthier environments. With an eco-friendly identity, our mission is to pioneer new solutions that empower companies to safeguard the environment. Nestled in the industrial heartland of Guangdong Province, China, we pride ourselves on a robust quality management system, certified to the prestigious ISO 9001:2015 standard.

Our products, proudly bearing the CE certification, are versatile companions for a wide array of metalworking machines. Whether it's drilling and tapping, engraving and milling, operating a CNC lathe or a grinding machine, or managing a rolling or sawing machine, our oil mist collectors enhance the workshop environment to comply with PM2.5 standards and contribute to significant power savings.

Since our inception, we have steadfastly adhered to a business philosophy rooted in professionalism, seriousness, speed, integrity, a people-centric approach, and a customer-first mindset. Guided by customer satisfaction as our compass and continuous improvement as our engine, we have achieved remarkable progress thanks to our tireless efforts and the unwavering support of industry friends both locally and internationally. Upholding the tenet of credibility supremacy, we have forged extensive and sincere collaborations with a diverse clientele, earning accolades from numerous clients.

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