Special tools
Reibahlen
Solid carbide form reamer, nominal Ø 2.5 mm, form steps with radial flute ≤ 0.01, 4 cutters differentially pitched.
Solid carbide step drill reamer with burr step, nominal Ø 7.99 mm, tolerance: ± 1 μm, drill step with 2 cutters, reaming step with 4 cutters.
Solid carbide cone reamer, nominal Ø 7.5 mm, angle tolerance: ± 0°5´, right-hand cutting, left-spiral, 5 cutters.
Solid carbide step reamer with lateral internal coolant outlet, nominal Ø 8.21 mm, tolerance: -3 μm, 6 cutters differentially pitched, right-hand cutting, left-spiral.
Drills
Burrs
Reamers
End mills
Turning inserts
Deburring tools
Cutting bladesSpecial tools
Solid carbide form reamer, nominal Ø 2.5 mm,
form steps with radial flute ≤ 0.01,
4 cutters differentially pitched.
form steps with radial flute ≤ 0.01,
4 cutters differentially pitched.
Solid carbide step drill reamer with burr step,
nominal Ø 7.99 mm, tolerance: ± 1 μm, drill step with 2 cutters,
reaming step with 4 cutters.
nominal Ø 7.99 mm, tolerance: ± 1 μm, drill step with 2 cutters,
reaming step with 4 cutters.
Solid carbide cone reamer, nominal Ø 7.5 mm,
angle tolerance: ± 0°5´, right-hand cutting,
left-spiral, 5 cutters.
angle tolerance: ± 0°5´, right-hand cutting,
left-spiral, 5 cutters.
Solid carbide step reamer with lateral
internal coolant outlet,
nominal Ø 8.21 mm, tolerance: -3 μm,
6 cutters differentially pitched, right-hand cutting, left-spiral.
internal coolant outlet,
nominal Ø 8.21 mm, tolerance: -3 μm,
6 cutters differentially pitched, right-hand cutting, left-spiral.
Reaming is a fine machining of holes, through which both the tolerance and the roundness are manufactured in a process-safe manner. Our production range includes form and step reamers, as well as drilling reamers, automatic reamers and machine reamers with a nominal diameter of 0.3 mm or more. We manufacture these, depending on the requirements, with right- or left-cutting in straight, right- or left-spiral groove shapes.
The number of cutting edges is determined individually depending on the cutting diameter and the material to be processed. These can be designed with equal or unequal pitch. With an integrated coolant supply, the exit positions are adapted to the processing task.
