Nilfisk Advance ET610 100SC-15-SW Carpet Extractor

The ET610 offers innovative features designed to improve your cleaning productivity and the durability of your extractor. With a three-stage vacuum motor for unrestricted airflow and superior water recovery, a sealed system to extend motor life and a pressure regulator to adjust for the floor surface, you can count on this portable, efficient machine. Easily maneuver and transport thanks to the ergonomic design, including a unique transport handle, extension cord wraps and tank handle. Simplify tank filling with the easy-fill solution tank access port, which is located away from the electronic switch and controls to reduce maintenance issues. Completely empty the recovery tank thanks to the sloped tank design. Use less water at higher heat for reduced costs, improved sustainability, faster drying and less chance of shrinkage or soil wicking. Reduce chemical use and the need for chemical sanitizing with the high heat system. A Deeper Clean, Even on the Move The ET610 is a portable carpet extractor that was purpose-designed and engineered with direct input from cleaners who use these machines, every day. The result is an innovative, high-performance carpet extractor for a range of applications. Benefits of ET610 Portable Carpet Extractors The ET610 offers innovative features designed to improve your cleaning productivity and the durability of your extractor. With a three-stage vacuum motor for unrestricted airflow and superior water recovery, a sealed system to extend motor life and a pressure regulator to adjust for the floor surface, you can count on this portable, efficient machine. Features: Easily maneuver and transport thanks to the ergonomic design, including a unique transport handle, extension cord wraps and tank handleSimplify tank filling with the easy-fill solution tank access port, which is located away from the electronic switch and controls to reduce maintenance issuesCompletely empty the recovery tank thanks to the sloped tank designUse less water at higher heat for reduced costs, improved sustainability, faster drying and less chance of shrinkage or soil wickingReduce chemical use and the need for chemical sanitizing with the high heat system.