Electric Foot Callus Removal Tool Pink Overview A compact electric foot callus removal tool designed for athome foot care. The aluminum alloy body houses a 360degree rotating motor and a simple speed controller, allowing you to remove dry skin and calluses with control and precision. Includes 60 replaceable sandpaper discs and a power adapter with plug options for US EU and UK outlets. Key benefits Effective callus and dead skin removal: Rotating head and included sandpaper discs help smooth rough areas on heels and soles. Adjustable speed control: Slide the gear button to set a comfortable rotation speed up to the rated 600 rpm for gentle or more thorough filing. Durable construction: Aluminum alloy housing provides a sturdy, longlasting tool that is easy to hold and use. Ready to use out of the box: Includes 60 replaceable sandpaper discs so you can start a regular foot care routine without extra purchases. Specifications Product name: Electric Foot Callus Removal Tool Color: Pink Material: Aluminum alloy Power type: US plug EU plug UK plug (power adapter included) Voltage and current: 12V 1.5A Rated speed: 600 rpm Sandpaper: 60 replaceable discs included Whats in the box 1 Electric Foot Callus Removal Tool 1 Power adapter (plug option: US EU or UK) 60 Replaceable sandpaper discs 1 User manual How to use 1. Attach a sandpaper disc to the flat surface on the tool. 2. Connect the power cord to the adapter. 3. Plug the adapter into a compatible power outlet. 4. Slide the power button to turn the unit on. 5. Slide the gear button to adjust rotation speed to your preference. Move the tool gently over callused areas; avoid prolonged pressure in one spot. Practical use scenarios Athome maintenance between salon visits to keep heels and soles smooth. After long walks or sports activities to reduce roughness caused by friction. Before applying foot creams or lotions to improve absorption and comfort. Additional notes Actual product color may vary slightly due to monitor and lighting differences. Please allow small measurement deviations due to manual measurement.