Shoe Sole Cleaner Machine

The E-CLEAN intelligent shoe sole cleaner machine offers a one-time installation and long-term use, eliminating the high costs associated with frequent replacement of sticky mats and shoe covers, as well as manual cleaning. It effectively cleans soles, preventing contaminants from entering the production workshop, ensuring a comfortable and clean environment for employees and customers at all times.

• Sensor Start: Equipped with an infrared sensor, it can sensitively detect the movement of a person and automatically start and stop the cleaning process.
• Cleaning Process: A motor drives the track brush, which draws clean water or cleaning fluid from the bottom tank to clean the shoe sole.
• Drying Step: After cleaning, a person enters the drying area, where a sponge absorbs any remaining moisture from the shoe sole.
• Drainage and Water Replacement: The equipment is equipped with an automatic water replacement and drainage system to maintain clean water and remove wastewater.

• Cleaning Module: Primarily composed of the track brush, it is the component that comes into direct contact with the shoe sole for cleaning. Made primarily of nylon filaments, it offers excellent cleaning effectiveness and a long service life.
• Power Module: Composed of a motor and transmission, it powers the brush, ensuring it cleans the shoe sole at the appropriate speed and force.
• Tank Module: This stores cleaning water and wastewater and is equipped with a water level sensor for real-time water level monitoring. • Drying Module: Utilizes a PVA absorbent sponge to quickly absorb moisture from the sole after cleaning.
• Control Module: An integrated controller coordinates and manages the operation of various components, enabling automatic control of water changes, cleaning time, and frequency.

Tracked Water Washing: Tracks drive the brush to rotate, ensuring full contact with the sole, covering a large cleaning area. Suitable for a wide range of sole patterns and shapes, the system delivers excellent cleaning results.

Primarily used in cleanroom entrances for photovoltaic modules, new energy batteries, precision manufacturing, pharmaceuticals, and food processing plants in the industrial sector. It can also be installed at the entrances of shopping malls, office buildings, government offices, hospitals, and other locations. It is also suitable for use in laboratories, exhibition halls, and other locations with high cleanliness requirements. It effectively reduces indoor environmental pollution and improves interior quality and aesthetics.