The cylindrical shape ZY is optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 H...
The cylindrical shape ZY is optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 H...
The cylindrical shape ZY is optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 H...
The cylindrical shape ZY is optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 H...
The cylindrical shape ZY is optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 H...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Steel Cast steel Applications: Grouting Grinding out Leveling Deburring Surface work Work on ...
The cylindrical shape ZY is ideal for grinding bores, radii and contours. Materials that can be worked: Hard non-ferrous metal Bronze Other non-ferrous metals Stainless steel (INOX) Applications: G...
The conical shape with radius end KE is designed for a comfortable working position during surface grinding and grinding of chamfers. Materials that can be worked: Steel Cast steel Applications: Gr...
The grinding discs are optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 HRC St...
The grinding discs are optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 HRC St...
The grinding discs are optimized for sharpening saw chains. Materials that can be worked: Hardened, heat-treated steels over 1,200 N/mm2 (over 38 HRC) Steel materials with a hardness over 54 HRC St...
Contains 15 small mounted points with shank diameter 3 mm in the most common shapes and dimensions for fine work. Contents: 2 pieces each: ZY 0510 ZY 0810 ZY 1604 1 piece each: ZY 0408 ZY 0613 ZY 0...
The cylindrical shape ZY is suitable for grinding bores, radii and contours using stationary or handheld equipment. Grinding points with a diameter of 8 mm or more have a recess on the front surfac...
The cylindrical shape ZY is suitable for grinding bores, radii and contours using stationary or handheld equipment. Grinding points with a diameter of 8 mm or more have a recess on the front surfac...
The cylindrical shape ZY is suitable for grinding bores, radii and contours using stationary or handheld equipment. Grinding points with a diameter of 8 mm or more have a recess on the front surfac...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The spherical shape KU is often used in manual applications. This shape is well suited for engraving, contour grinding and deburring tasks. A = stepped shank N = non-stepped shank Materials that ca...
The cylindrical shape with radius end WR is best suited to manual applications and can be used for a wide variety of deburring and grinding tasks. Coarse grit size D 357 is especially well suited t...
The cylindrical shape with radius end WR is best suited to manual applications and can be used for a wide variety of deburring and grinding tasks. Coarse grit size D 357 is especially well suited t...
The pointed tree shape SPG is exceptionally well suited to machining small holes or bores as well as for engraving work. Materials that can be worked: Nickel- or titanium-based superalloys Other no...
The set contains 10 diamond grinding points with grit size D 126 in the most common shapes and dimensions. The sturdy plastic box protects the tools from dirt and damage. Contents: 1 piece each: DZ...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
HSS type bench grinding wheels are particularly useful for sharpening HSS pilot drills or machining other high-alloy steels. Materials that can be worked: Hardened, heat-treated steels over 1,200 N...
CARBIDE type bench grinding wheels are used on hard materials, such as for sharpening tungsten carbide tools. Materials that can be worked: Glass Tungsten carbide Hardened, heat-treated steels over...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
HSS type bench grinding wheels are particularly useful for sharpening HSS pilot drills or machining other high-alloy steels. Materials that can be worked: Hardened, heat-treated steels over 1,200 N...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
UNIVERSAL type bench grinding wheels are ideal for universal use in the workshop. Materials that can be worked: Stainless steel (INOX) Cast iron Steel Applications: Deburring Work on edges (chamfer...
HSS type bench grinding wheels are particularly useful for sharpening HSS pilot drills or machining other high-alloy steels. Materials that can be worked: Hardened, heat-treated steels over 1,200 N...
