Solid Carbide Drills Machine Accurate Holes
ITC has launched its 1031 and 1032 Cyber Series drills, which can machine accurate holes in a variety of steels, stainless steels, cast iron, titanium, nickel-based materials and non-ferrous alloys. The new solid carbide series of drills has a short flute length and exceptional rigidity that ensures hole accuracy, according to the company. The 1031 and 1032 Cyber Series drills both have a 3XD effective drill length, with an Altin coating for increased productivity and tool life.
Both drill series are identical except for the through-coolant facility in the 1032 Cyber Series; this facility incorporates internally twisted holes to direct coolant straight to the cutting edge. Produced from ultra-wear-resistant micro-grain carbide, the 1031 and 1032 drills are available from 3mm to 12mm in 0.1mm increments and from 12mm to 20mm in diameter in 0.5mm increments. The flute lengths range from 20mm to 79mm, with an overall length from 62mm up to 131mm on the 20mm drill. The extensive diameter range enables end users in many cases to eliminate reaming, which, in turn, eradicates secondary processes and improves productivity times.
For customers machining difficult materials that generate considerable heat or for sticky materials that generate swarf build-up, the through-coolant 1032 Series is suitable. This range can be utilised on high-specification machine tools with high spindle speeds and a high-pressure coolant facility to maximise productivity rates. The rigidity of the series permits high feeds and speeds while delivering good internal surface finishes and hole concentricity.
Both drill series are identical except for the through-coolant facility in the 1032 Cyber Series; this facility incorporates internally twisted holes to direct coolant straight to the cutting edge. Produced from ultra-wear-resistant micro-grain carbide, the 1031 and 1032 drills are available from 3mm to 12mm in 0.1mm increments and from 12mm to 20mm in diameter in 0.5mm increments. The flute lengths range from 20mm to 79mm, with an overall length from 62mm up to 131mm on the 20mm drill. The extensive diameter range enables end users in many cases to eliminate reaming, which, in turn, eradicates secondary processes and improves productivity times.
For customers machining difficult materials that generate considerable heat or for sticky materials that generate swarf build-up, the through-coolant 1032 Series is suitable. This range can be utilised on high-specification machine tools with high spindle speeds and a high-pressure coolant facility to maximise productivity rates. The rigidity of the series permits high feeds and speeds while delivering good internal surface finishes and hole concentricity.
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