ransform your foot care routine with the Smooth Steps Electric Foot File. Designed for effortless callus removal, this powerful yet gentle tool effectively eliminates rough, dry skin and restores silky-smooth feet. Featuring an ergonomic design and rechargeable functionality, it’s perfect for at-home pedicures. Safe for all skin types, this electric foot file ensures professional results without the salon visit. SPECIFICATIONS Features: • Efficient Power Type :This electronic foot file is equipped with a rechargeable power source, ensuring efficient and long-lasting performance. • Portable Size :Its compact and portable size makes this tool easy to carry around. Whether you're at home, at a salon, or on vacation, this tool can provide reliable callus removal whenever you need it. • Healing Tissue Remover :The tool file is not just a grinder, but also acts as a healing tissue remover, helping to improve the overall health of your feet. • Rechargeable Power :This electric callus remover is equipped with a rechargeable power system, ensuring long-lasting use and convenience. It's perfect for on-the-go pedicure sessions. • Efficient Pedicure Tool :This tool is not just a callus remover but also a pedicure tool. It's designed to provide a professional-grade pedicure experience, leaving your feet smooth and hygienic.
Brand Name: NOCCLILI
Choice: yes
Hign-concerned Chemical: None
Origin: Mainland China
NEW USB Electric Dead Skin Pedicure Automatic Foot Grinder Rechargeable Roller Feet Pedicure Tool with 2 Removable Roller Heads
About Product: Product name: Electric Foot Callus Remover Material: ABS Function: Electronic Foot File Grinder Exfoliating Dead Skin Color: Pink Feature: Convenient Package Size: 220*100*40mm
Shipping
Processing time: 1–2 business days
Delivery: 5–12 business days (USA, Canada, UK)
Free shipping on orders over $50
Tracking link provided after dispatch
Returns
14-day return policy for unused items in original packaging
To start a return, email us
Refunds processed within 5–7 business days after inspection