Cleveland
Cleveland 63571 4-Flute Carbide Ball End Mill .75 in
Four-flute carbide ball end mill with a .75 in milling diameter for contouring and profiling
- Carbide construction resists wear for long tool life
- Four-flute design gives smooth finish on contoured surfaces
- Ball nose profile creates radii and 3-D contours
- 75 in cutting diameter suits medium milling tasks
- Uncoated surface works well in general-purpose applications
Cleveland 63571 .75 in Ball End Mill
This Cleveland 63571 end mill is a 4-flute carbide ball nose cutter with a .75 in milling diameter. It is supplied uncoated and features a non-coolant-through design for general-purpose machining. The solid carbide construction provides rigidity for profiling and contouring operations.
Suited for general-purpose milling and profiling
Machinists performing general-purpose profiling, contouring, and pocketing in a range of materials will find this tool appropriate. The uncoated carbide substrate works well for non-ferrous alloys, plastics, and softer steels. Shops requiring through-tool coolant delivery or specific performance coatings for high-temperature alloys should evaluate alternative tooling.
.75 in milling diameter defines the cut width
The .75 in cutting diameter determines the minimum radius and step-over capability for 3D surfacing and finishing passes. This dimension fixes the tool path geometry and clearance requirements inside the workpiece. Verify that the spindle and holder can accommodate this shank size before ordering.
Highlights
- Carbide construction resists wear for long tool life
- Four-flute design gives smooth finish on contoured surfaces
- Ball nose profile creates radii and 3-D contours
- 75 in cutting diameter suits medium milling tasks
- Uncoated surface works well in general-purpose applications
Specifications
| Brand | CLEVELAND |
|---|
Questions about this item
How does the 0.75 in diameter affect tool deflection during deep cuts?
The larger .75 in diameter provides greater rigidity than smaller end mills, reducing deflection and chatter when profiling deep cavities or contoured surfaces.
Does the uncoated carbide generate excessive heat during extended production runs?
Uncoated carbide relies on sharp geometry and proper chip evacuation to manage heat; flood coolant or air blast is recommended for sustained high-speed milling to prevent thermal buildup.
What tool holder is required to secure the .75 in shank?
A standard .75 in collet, end-mill holder or shrink-fit chuck matching the shank diameter is needed; ensure the holder is rated for carbide tooling and provides adequate clamping force.
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