Nano Crystal Painless Exfoliating Hair Removal Stone
Description:
The hair remover tool is made of high-quality ABS material. It features a smooth surface and a convenient handheld size, thanks to its arc design. To use, rub it on the skin repeatedly with the magic hair eraser crystal hair remover, and the skin will become smoother. However, we suggest against overusing it or wiping it too hard.
For best results, it is recommended to try the stone on the arm or leg first before using it on more sensitive areas. The hair remover utilizes nanocrystalline technology, ensuring a painless and traceless hair removal experience. It is expected to become a popular and sought-after tool for painless exfoliation and depilation.
The hair eraser is suitable for hair removal of most body parts, such as legs, arms, forearms, back, etc. They can help you remove excess hair and make your skin smoother instantly.
When gently rubbing the skin, the crystal hair brush can make the hair agglomerate and break from the surface. It can be reused without replenishment or charging.
Features:
Smooth surface with appropriate size.
Made of high-quality ABS material.
Arc design for handheld operations.
Rub on the skin for smoother results.
Avoid overuse or excessive pressure.
Recommended to try on arm or leg first.
Utilizes nanocrystalline technology for painless and traceless hair removal.
New and popular magic painless exfoliation and depilation tool.
Suitable for hair removal on most body parts.
Helps remove excess hair and make skin smoother instantly.
Crystal hair brush agglomerates and breaks hair from the surface.
Reusable without replenishment or charging.
Specifications:
Color: Blue, Gold, Rose Red
Material: ABS
Size: 65 x 102 mm
Weight: 68g
Function: Hair Remover
Package Inclusion:
1 x Hair Remover
Product Notes:
Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration.