Cleveland® C33048 HD-4C Center Cutting Double End General Purpose Square End End Mill, 9/16 in Dia Cutter, 1-3/8 in Length of Cut, 4 Flutes, 5/8 in Dia Shank, 5 in OAL, Bright
26900033
MFG #: C33048
$0.00
/ Each
Item currently not in stock. Lead time based upon availability from the manufacturer.
- Type: Center Cutting Double End General Purpose Square End
- Series: HD-4C
- Cutter Diameter: 9/16
- Overall Length: 5
- Length of Cut: 1-3/8
- Number of Flutes: 4
- Flute Type: Spiral
- Shank Diameter: 5/8
- Cutting Direction: Right Hand
- Helix Angle: 30, 30 deg
- Shank Type: Straight/Weldon Flat
- Material: HSS
- Finish: Bright
- Arbor/Shank Size: 5/8
- Maximum Depth of Cut: 1-3/8
Cleveland® End Mill, Center Cutting Double End General Purpose Square End, Series: HD-4C, 9/16 in Diameter Cutter, 5 in Overall Length, 1-3/8 in Length of Cut, 4 Flutes, Spiral Flute, 5/8 in Shank Diameter, Right Hand Cutting Direction, 30 deg Helix Angle, Straight/Weldon Flat Shank, HSS, Bright
- Multi-flute end mills deliver a smoother finish and are better for peripheral cuts
- Multi-flute end mill
- Multi-flute end mills have a heavy duty cross section for better rigidity
- Increased number of
- Increased number of flutes mean more cutting edges, providing more cutting action
- Coatings reduce heat
- Coatings reduce heat and abrasion to increase tool life
- The increased lubric
- The increased lubricity of the coating surface reduces material adhesion and built-up edge
- Coatings reduce the
- Coatings reduce the amount of torque required for machining to allow more efficient use of
- Applicable on alloy
- Applicable on alloy steel, copper alloys, cast iron and magnesium
Multi-flute end mills deliver a smoother finish and are better for peripheral cuts
Multi-flute end mills have a heavy duty cross section for better rigidity
Multi-flute end mills have a heavy duty cross section for better rigidity
Increased number of flutes mean more cutting edges, providing more cutting action
Increased number of flutes mean more cutting edges, providing more cutting action
Coatings reduce heat and abrasion to increase tool life
Coatings reduce heat and abrasion to increase tool life
The increased lubricity of the coating surface reduces material adhesion and built-up edge, enabling even higher feed rates
The increased lubricity of the coating surface reduces material adhesion and built-up edge, enabling even higher feed rates
Coatings reduce the amount of torque required for machining to allow more efficient use of equipment
Coatings reduce the amount of torque required for machining to allow more efficient use of equipment
Applicable on alloy steel, copper alloys, cast iron and magnesium
Applicable on alloy steel, copper alloys, cast iron and magnesium