476 results for "27/64'' Standard Point High Speed Steel Drill Bit" between $5.00 and $100.00

General-purpose geometry for drilling in a wide range of operating conditions and materials Manufactured from premium high-speed steel Taper shank made to American National Standard (Morse) dimensions for use in corresponding Morse taper holders Black oxide finish for increased wear resistance and added lubricity standard from stock

NAS 907 type A standards, used in the aerospace industry Black oxide finish, for improving lubricity, resisting corrosion, and resistances to chipping or flaking Jobber-length, for a wide range of applications 118-degree split point angles are self-centering, to reduce walking, are good for hard material, and to reduce pressure on cutting edges High-speed steel (HSS), for use on a wide variety of materials

Parabolic flute configuration with proprietary Convoflute flute design offers wider flute space, dispersing chips away from the cutting edges more rapidly and increasing coolant flow volume Manufactured from premium high-speed steel 135 degree self-centering split point reduces thrust with easier penetration Engineered for deep-hole drilling up to depths of 10 to 16 x diameter Bright finishes standard from stock and alternate coatings are available as stock modifications

NAS 907 type B standards, used in the aerospace industry Steam tempering (black oxide) finish, for improving lubricity, and resisting corrosion, chipping, or flaking Jobber-length, for a wide range of applications 135-degree split-point angles are self-centering, to reduce walking, are good for hard material, and to reduce pressure on cutting edges High-speed steel (HSS), for use on a wide variety of materials

Titanium nitride coating extends the life of the bit; lasts up to six times longer than standard high speed steel drill bits Heavy-duty web design provides extreme rigidity when drilling in metal applications Shorter cutting lips reduce torque when drilling in high tensile strength materials 135-degree split point reduces feed pressure for easier penetration without work hardening

Combination of parabolic flute form and point design produces tighter hole tolerances, heightened chip-breaking action, and improved coolant flow for deep-hole drilling Wide flute spacing disperses chips away from the cutting edge more rapidly than conventional parabolic drills, resulting in tighter, more manageable chips and less chip packing 135 degree modified notch point is self-centering, provides greater stability, prevents "walking," and lessens work hardening Taper length provides longer...

Manufactured to NAS 907 Type C geometry aerospace specifications Manufactured from premium high-speed steel 135 degree P3 split point is self-centering for reduced thrust and easier penetration Shorter flute and overall length provide superior rigidity to minimize deflection when using heavy feed rates Titanium nitride coatings add a hard layer of gold-colored ceramic to the surface that extends tool life and permits faster cutting speeds than uncoated tools

With 38 degree helix High-speed steel tools are good for most general purpose applications, offering a combination of hardness and toughness for wear resistance Gold oxide is a thinner oxide surface treatment than black oxide typically used to identify cobalt steel tools; performance is similar to uncoated tools Round shanks allow use with a wide variety of toolholding systems When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce...

With 30 degree helix With 135 degree drill point, allowing for a cleaner drill hole and less slippage when starting High-speed steel tools are good for most general purpose applications, offering a combination of hardness and toughness for wear resistance Black oxide treatment adds lubricity and creates small pockets on the surface of the tool that act to hold coolant near the cutting edge Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque...

With 34 degree helix High-speed steel tools are good for most general purpose applications, offering a combination of hardness and toughness for wear resistance Black oxide treatment adds lubricity and creates small pockets on the surface of the tool that act to hold coolant near the cutting edge Hex shanks have six flats on their sides to reduce slippage when working in high-torque applications When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out...

Combination black oxide and gold oxide finish, improves lubricity, resists corrosion, and will not chip or flake off 135-degree split-point angles are self-centering, reduce walking, are good for hard material, and reduce pressure on cutting edges Jobber-length drill bits, most common length drill bit, suitable for a wide range of applications High-speed steel (HSS), for use on a wide variety of materials Round shanks, for use on a variety of tool-holding systems

Extra-length, for deeper holes 118-degree conventional point angles, for general drilling applications Round shanks, for use on a variety of tool-holding systems Uncoated (bright), economical and useful with a wide range of drilling materials High-speed steel (HSS), for use on a wide variety of materials

Parabolic flute design offers enhanced chip removal, coolant flow to the drill point and heat dissipation Extra-length drill bits have longer flutes and overall lengths than jobber drill bits, for deeper holes 135-degree radius spilt point, is self-centering, reduces walking, good for hard material, and reduces pressure on cutting edges Uncoated (bright), economical and useful with a wide range of drilling materials High-speed steel (HSS), for use on a wide variety of materials

Parabolic flute design offers enhanced chip removal, coolant flow to the drill point, and heat dissipation Jobber-length drill bits are the most common length drill bit, suitable for a wide range of applications 135-degree radius split point is self-centering, reduces walking, good for hard material, and reduces pressure on cutting edges Titanium nitride (TiN) is a coating to extend cutting tool life and permit faster cutting speeds than with uncoated tools High-speed steel (HSS), for use on a wide...

Parabolic flute design offers enhanced chip removal, coolant flow to the drill point and heat dissipation Short-length drill bits, also called stub length, provide better rigidity and increased strength 135-degree, split-point angles, are self-centering, reduces walking, good for hard material and reduces pressure on cutting edges Titanium nitride (TiN) is a coating to extend cutting tool life and permit faster cutting speeds than with uncoated tools High-speed steel (HSS), for use on a wide variety...

Parabolic flute design offers enhanced chip removal, coolant flow to the drill point, and heat dissipation Long length drill bits, also called taper length, have longer flutes and overall lengths than jobber drill bits 135-degree radius split-point is self-centering, reduces walking, good for hard material, and reduces pressure on cutting edges Titanium nitride (TiN) is a coating to extend cutting tool life and permit faster cutting speeds than with uncoated tools High-speed steel (HSS), for use...

Tanged shank, for a secure and accurate tool-holding system with positive split-sleeve drivers Steam tempering (also called black oxide), to retain cutting fluids and to prevent chip-to-tool welding Jobber-length drill bits are the most common length drill bit, suitable for a wide range of applications High-speed steel (HSS), for use on a wide variety of materials 118-degree conventional point angles, for general drilling applications