Machinable materials: Concrete, natural stone and general building materials. Details: turbo style arranged segments for a fine grinding surface pattern and shaping of corners and edges. Quick dust removal. A 22.23-16 mm reduction bush is supplied with a wheel diameter of 100 mm.

Materials able to be machined: Concrete, natural stone and general building materials. Details: with PU foam coating for quiet grinding and shaping of corners and edges.

Materials able to be machined: Concrete, natural stone and general building materials. Details: single row segments for high stock removal. A 22.23-16 mm reduction bush is supplied.

Materials able to be machined: Concrete, natural stone and general building materials. Details: double row segments for medium stock removal and long lifetime. A 22.23-16 mm reduction bush is supplied with wheel diameters of 100 and 110 mm.

Machinable materials: Concrete, natural stone and general building materials. Details: turbo style arranged segments for a fine grinding surface pattern and shaping of corners and edges. Quick dust removal. A 22.23-16 mm reduction bush is supplied with a wheel diameter of 100 mm.

Machinable materials: concrete, natural stone and general building materials. Details: turbo style arranged segments for exceptional surface finish and high grinding power.

Machinable materials: Abrasive concrete, cellular concrete, floor pavement, plaster, pumice stone, etc. Details: Grinding disc with T segment for abrasive materials. Excellent grinding power.

Machinable materials: concrete & general building materials. Details: grinding disc with T segment for universal use. Excellent grinding power.

Machinable materials: natural stone, granite and hard building materials. Details: grinding disc with T segment for hard materials. Excellent grinding power.

Machinable materials: concrete & general building materials. Details: grinding disc with L segment, with particularly large holes for better extraction, for universal use. Fast Cut Version – very high stock removal rate.