Cordless Automatic Floor Scrubber,90-120min Runtime 36v Lithium Battery Walk-Behind Floor Scrubber,17” Cleaning Width Commercial Floor Cleaning Machine for Tile,Concrete & Hardwood Floors Gray

LMgalxion

★【Ultra-lightweight + 360° Rotating Head】: Weighing only 20 kg (44 lbs), this electric floor scrubber features a flexible 360° rotating head, easily navigating narrow corners, under furniture, and in crevices. Its self-propelled design eliminates the need for strenuous pushing and pulling, allowing even the elderly to use it with one hand for precise cleaning, completely eliminating the bulkiness and operator fatigue of traditional floor scrubbers. ★【Cordless Freedom + Extended Battery Life】: From power cords, this cordless floor scrubber boasts a 36V/10Ah lithium battery that provides up to 80 minutes of continuous use on a single charge, meeting the high-efficiency cleaning needs of supermarkets, restaurants, showrooms, and other spaces up to 1200㎡/hour. Minimizing downtime, it allows you to immediately begin the next cleaning session. ★【3-in-1 Washing and Drying】: Walk-behind floor scrubber integrates brushing, washing, and drying functions, easily handling various floor types such as tile, durable concrete, marble, and wood flooring. It quickly dries wastewater, achieving washing, polishing, and vacuuming in one step, enhancing the professionalism of commercial cleaning. ★【Dual Water Tank Separation Design】: Clean water tank (4.5 liters) and wastewater tank (7.5 liters) are independently separated, ensuring a continuous supply of clean water for floor cleaning and preventing secondary pollution. Both tanks can be quickly disassembled, emptied, and rinsed, reducing the tedious steps of manual water filling and draining. ★【Dual Brushes + Low Noise】: Automatic floor scrubber features dual brushes with a speed of 0-350 rpm, paired with a high-torque motor, achieving a cleaning capacity of 1200㎡/hour. It operates at a low noise level of 65-73 decibels, suitable for offices, hotels, schools, hospitals, and other similar environments.