Explore our Solid Carbide Drills in Screw Machine Length, designed for exceptional strength and precision. Ideal for demanding drilling tasks, these compact, robust drills offer superior performance and longevity in a variety of materials, catering to professionals seeking reliable, high-quality tools.
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…
The 135° split point of the slow helix design ensures easy penetration and enhanced edge robustness. Its heavy-duty web, coupled with short flute and overall lengths, boosts strength and rigidity. This makes it exceptionally suitable for drilling hard materials (up to Rc 60) such as nickel alloys, chrome alloys, steel, titanium, high-temperature alloys, and stainless…