Carbon drill Ø4.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 4.00mmL1 = 44.0mmL2 = 75.0mm
Carbon drill Ø4.50mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 4.50mmL1 = 48.0mmL2 = 80.0mm
Carbon drill Ø5.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 5.00mmL1 = 53.0mmL2 = 86.0mm
Carbon drill Ø5.50mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 5.50mmL1 = 58.0mmL2 = 93.0mm
Carbon drill Ø6.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 6.00mmL1 = 58.0mmL2 = 93.0mm
Carbon drill Ø6.50mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 6.50mmL1 = 64.0mmL2 = 101.0mm
Carbon drill Ø7.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 7.00mmL1 = 70.0mmL2 = 109.0mm
Carbon drill Ø8.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 8.00mmL1 = 76.0mmL2 = 117.0mm
Carbon drill Ø8.50mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 8.50mmL1 = 76.0mmL2 = 117.0mm
Carbon drill Ø9.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 9.00mmL1 = 82.0mmL2 = 125.0mm
Carbon drill Ø10.00mmSolid carbide twist drills particularly suitable for processing composites with CFRP or GFRP, as well as hybrid laminate structures with a high proportion of fiber volume. Due to its sharp cutting edge geometry, this type of drill is ideal for processing components made of carbon fibers or glass fibers.Cutting material: solid carbidePoint angle: 118°Helix angle = 30°Coolant supply: ExternalShaft Shape: CylindricalCutting diameter tolerance: h7Tolerance shank diameter: h5Surface: bareRecommended drilling depth max. (D): 5xD Ø = 10.00mmL1 = 88.0mmL2 = 133.0mm