Monika Loxo mandrel easy off Mini 3.1 mm
Monika LOXO Mandrel Easy Off Mini – 3.1 mm
For Mini Sanding Bands
Item #: 1101202
The Monika LOXO Easy Off Mini Mandrel is designed for quick, secure, and efficient sanding band changes. With its 3.1 mm shaft, it fits most e-file machines and works perfectly with mini sanding bands for precision nail work.
Features:
- Fits mini sanding bands (3.1 mm)
- Easy off design for fast bit changes
- Durable, professional-grade mandrel
- Ideal for shaping, refining, and surface prep
- Perfect for salon or personal nail care use
Pro Tip: Always insert fully and ensure the sanding band is secure before use for optimal performance.
Original: $4.00
-65%$4.00
$1.40More Images
Monika Loxo mandrel easy off Mini 3.1 mm
Monika LOXO Mandrel Easy Off Mini – 3.1 mm
For Mini Sanding Bands
Item #: 1101202
The Monika LOXO Easy Off Mini Mandrel is designed for quick, secure, and efficient sanding band changes. With its 3.1 mm shaft, it fits most e-file machines and works perfectly with mini sanding bands for precision nail work.
Features:
- Fits mini sanding bands (3.1 mm)
- Easy off design for fast bit changes
- Durable, professional-grade mandrel
- Ideal for shaping, refining, and surface prep
- Perfect for salon or personal nail care use
Pro Tip: Always insert fully and ensure the sanding band is secure before use for optimal performance.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Monika LOXO Mandrel Easy Off Mini – 3.1 mm
For Mini Sanding Bands
Item #: 1101202
The Monika LOXO Easy Off Mini Mandrel is designed for quick, secure, and efficient sanding band changes. With its 3.1 mm shaft, it fits most e-file machines and works perfectly with mini sanding bands for precision nail work.
Features:
- Fits mini sanding bands (3.1 mm)
- Easy off design for fast bit changes
- Durable, professional-grade mandrel
- Ideal for shaping, refining, and surface prep
- Perfect for salon or personal nail care use
Pro Tip: Always insert fully and ensure the sanding band is secure before use for optimal performance.
