Tämä tuote sisältää 1 vuoden rajoitetun takuun materiaali- ja valmistusvirheistä.
Description
Carbide Triple-Cut Cone Bit
Used in e-file manicure and pedicure:
• Removal of thin artificial material (gel polish and gel)
• Correction of dense artificial material (acrylic)
• Treatment of calluses and corns
Working part diameter, mm: 6.0
Working part length, mm: 14.0
Shank diameter, mm: 2.3
Grit size: between blue and green
Bit applications are provided as recommendations only; the bit for each client is selected individually
Used in e-file manicure and pedicure:
• Removal of thin artificial material (gel polish and gel)
• Correction of dense artificial material (acrylic)
• Treatment of calluses and corns
Working part diameter, mm: 6.0
Working part length, mm: 14.0
Shank diameter, mm: 2.3
Grit size: between blue and green
Bit applications are provided as recommendations only; the bit for each client is selected individually
KMIZ Carbide Cutter ФКТрП 060-ОК ТВС L14, jyrsin
118743-2
* Huomaa, että tuotteen väri voi poiketa hieman alkuperäisestä näytön asetusten vuoksi
€15,56 EUR
Verot sisällytetty.
Toimitus lasketaan kassalla.
Takuu
GPSR
Importētājs / Importer: BSO GROUP SIA, Engures Iela 1-2, Jurmala, LV-2016, Latvia, info@bstore.eu
Description
Carbide Triple-Cut Cone Bit
Used in e-file manicure and pedicure:
• Removal of thin artificial material (gel polish and gel)
• Correction of dense artificial material (acrylic)
• Treatment of calluses and corns
Working part diameter, mm: 6.0
Working part length, mm: 14.0
Shank diameter, mm: 2.3
Grit size: between blue and green
Bit applications are provided as recommendations only; the bit for each client is selected individually
Used in e-file manicure and pedicure:
• Removal of thin artificial material (gel polish and gel)
• Correction of dense artificial material (acrylic)
• Treatment of calluses and corns
Working part diameter, mm: 6.0
Working part length, mm: 14.0
Shank diameter, mm: 2.3
Grit size: between blue and green
Bit applications are provided as recommendations only; the bit for each client is selected individually