Electric Callus Remover Foot Grinder Rechargeable Grinding Heel File with 3 Head & Brush Foot File for Dead Cracked Hard Skin

Electric Callus Remover Exfoliator Pedicure Machine Rechargeable Pedicure Tool Foot Dead Skin Remover for Dead Cracked Hard Skin

Features:

1. Professional Foot Care: Featuring three interchangeable grinding heads, this foot file offers comfortable and effective use. It quickly removes dead skin, calluses, corns, thick nails, and cuticles, ensuring smooth and healthy feet with minimal effort.
2. Safe and Durable: Equipped with durable elite crystals and automatic pressure adaptation technology, this electric callus remover protects skin health. The specially designed grinding stone roller provides excellent vacuum absorption and thorough exfoliation, ensuring safe and lasting performance.
3. Versatile Use: The foot grinder’s ergonomically curved, round grinding roller head is skin-friendly and washable. It can be reused to transform cracked heels and dry dead skin into baby-soft feet within minutes, making it perfect for comprehensive foot care.
4. Rechargeable Convenience: This grinding heel file includes a built-in light to illuminate the target area and a small battery charge display, indicating remaining battery life. It allows you to perform complete toe and foot skin care at home with ease.
5. Waterproof Design: Designed for home use, this pedicure tool can be used in wet conditions, such as the shower. Its easy-to-clean materials ensure hygiene and convenience, making it a reliable tool for maintaining smooth and soft feet.

Specification:
Origin: Mainland China

Material: ABS, Quartz Sanding Head

Size: 150.00×43.00×43.00mm/5.9×1.69×1.96inch

Lithium Battery Capacity: 1200 mAh

Charging Time: 2.5h
Speed: 1500 Rpm
Continuous Use Time: 120min
Power Source: Electric
Number of Pieces: COMBO

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.