Diamond Burrs

Cone shape. Medium grit sizes.

Fine grit sizes.

Large ball bur, for delicate areas.

Small ball bur for delicate areas.

Enucleator bur, very fine for smoothing delicate areas.

Small pear bur.

For the gentle removal of deposits in the nail fold at an instrument speed of 5.000 - 20.000 r.p.m. Part of the Diabetic Bur Set, see link below:

Small bud bur.

Medium cylinder bur.

Large bud bur.

Medium bud bur.

Large pear bur.

Large cylinder bur.

Fine grit- Delicate treatment of cuticle and nails. Part of the Diabetic Bur Set see link below:

Medium Grit. 5,5mm. PART OF THE DIABETIC SET , SEE LINK BELOW:

Medium Grit 3,2mm.

Medium Grit 5,5mm. Part of the Diabetic Set, see link below:

For the treatment of incurvated nails or the nail groove. Premium quality taper bur, very fine.Professional system for tissue debridement and nail reduction. More efficient than steel or carbide instruments and with greater patient acceptance because of reduced heat generation.

For working on smaller areas. Premium quality olive bur.Professional system for tissue debridement and nail reduction. More efficient than steel or carbide instruments and with greater patient acceptance because of reduced heat generation.

Premium quality cylinder bur. For gross reduction of large nail areas. Professional system for tissue debridement and nail reduction. More efficient than steel or carbide instruments and with greater patient acceptance because of reduced heat generation.

Fine grit- Delicate treatment of cuticle and nails. Part of the Busch Diabetic Bur Set, see link below:

Medium Grit 5,0mm. Part of the Diabetic Set, see link below:

To smooth the rough edges of nails. Premium quality pear bur. Professional system for tissue debridement and nail reduction. More efficient than steel or carbide instruments and with greater patient acceptance because of reduced heat generation.

The most popular pattern for nail reduction. Premium quality bud bur. Professional system for tissue debridement and nail reduction. More efficient than steel or carbide instruments and with greater patient acceptance because of reduced heat generation.