Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Othe...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Othe...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Othe...
Flame-shaped burr according to ISO 7755/8. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper Soft non-ferrou...
Pointed tree-shaped burr according to DIN 8032, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Co...
Conical burr with radius end according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper Soft n...
Conical burr with radius end according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper Soft n...
Tree-shaped burr with radius end according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper So...
Conical pointed burr according to DIN 8032 with cut conforming to DIN 8033, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals...
Conical pointed burr according to DIN 8032 with cut conforming to DIN 8033, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium...
Ball-shaped burr according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper Soft non-ferrous m...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Othe...
Flame-shaped burr according to ISO 7755/8. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper Soft non-ferrou...
Pointed tree-shaped burr according to DIN 8032, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Co...
Pointed tree-shaped burr according to DIN 8032, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Co...
Conical pointed burr according to DIN 8032 with cut conforming to DIN 8033, flattened tip. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals...
Tree-shaped burr with radius end according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper So...
Tree-shaped burr with radius end according to DIN 8032. Materials that can be worked: Hard aluminium alloys Hard non-ferrous metal Bronze Other non-ferrous metals Titanium Titanium alloys Copper So...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based...
Cylindrical burr according to DIN 8032 with circumferential and end cut. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temper...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temper...
Ball-shaped burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Ball-shaped burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Ball-shaped burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Pointed tree-shaped burr according to DIN 8032, flattened tip. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e...
Pointed tree-shaped burr according to DIN 8032, flattened tip. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e...
Radius burrs with a concave shape and special cut. Suitable for the production and processing of outer radii and rounded edges. Cannot be re-sharpened. Applications: Milling Drive types: Flexible s...
Tree-shaped burr with radius end according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. In...
Cylindrical burr according to DIN 8032 with circumferential and end cut according to DIN 8033. GL = total length (solid tungsten carbide) Materials that can be worked: Hard aluminium alloys High-te...
Cylindrical burr according to DIN 8032 with circumferential and end cut according to DIN 8033. GL = total length (solid tungsten carbide) Materials that can be worked: Hard aluminium alloys High-te...
Cylindrical burr according to DIN 8032 with circumferential and end cut according to DIN 8033. GL = total length (solid tungsten carbide) Materials that can be worked: Hard aluminium alloys High-te...
Cylindrical burr according to DIN 8032 with circumferential and end cut according to DIN 8033. GL = total length (solid tungsten carbide) Materials that can be worked: Hard aluminium alloys High-te...
Cylindrical burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Cylindrical burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Cylindrical burr according to DIN 8032. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temperature-resistant materials Nickel-based alloys (e. g. Inconell and Haste...
Flame-shaped burr according to ISO 7755/8 with cut conforming to DIN 8033. SL = shank length (long steel shank) Materials that can be worked: Hard aluminium alloys High-temperature-resistant materi...
Flame-shaped burr according to ISO 7755/8 with cut conforming to DIN 8033. SL = shank length (long steel shank) Materials that can be worked: Hard aluminium alloys High-temperature-resistant materi...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temper...
Cylindrical burr with radius end according to DIN 8032 with cut conforming to DIN 8033. Combination of cylindrical and ball-shaped geometries. GL = total length (solid tungsten carbide) SL = shank ...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temper...
Cylindrical burr with radius end according to DIN 8032 with cut conforming to DIN 8033. Combination of cylindrical and ball-shaped geometries. GL = total length (solid tungsten carbide) SL = shank ...
Cylindrical burr with radius end according to DIN 8032 with cut conforming to DIN 8033. Combination of cylindrical and ball-shaped geometries. GL = total length (solid tungsten carbide) SL = shank ...
Cylindrical burr with radius end according to DIN 8032. Combination of cylindrical and ball-shaped geometries. Materials that can be worked: Cobalt-based alloys Other non-ferrous metals High-temper...
Cylindrical burr with radius end according to DIN 8032 with cut conforming to DIN 8033. Combination of cylindrical and ball-shaped geometries. GL = total length (solid tungsten carbide) SL = shank ...
