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Milling cutters by geometry

The geometries below are the families the desk coordinates in solid carbide and HSS, in standard references and ground to your drawing. Availability of specific diameters and coatings is confirmed per program - see MOQ and lead time.

01

Geometry index

Click through for each spec sheet
Geometry index
FamilyUse in one lineGuide
Square end mills: sharp corners for slots, profiles and shouldersSquareSPEC
Ball nose end mills for 3D contouring, molds and profilingBall noseSPEC
Bull nose end mills: the corner radius that resists chippingBull noseSPEC
Roughing end mills for high metal removalRoughingSPEC
Tapered end mills for draft angles, mold cavities and engravingTaperedSPEC
Chamfer mills for edge breaks, deburring and countersinksChamferSPEC
Corner rounding end mills: the form tool for fillets and edge radiusingCorner RoundingSPEC
Slot drills: center-cutting end mills for plunging and slot workSlot DrillsSPEC
Face mills: flat surfaces cut with the face of the toolFace MillsSPEC
Thread mills: threading by helical interpolation, one pitch across a rangeThread MillsSPEC
T-slot cutters for the crossbar passT-SlotSPEC
Dovetail cutters: undercut profiles at 45 and 60 degreesDovetailSPEC
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Substrates and applications

Match before you buy
CarbideFine-grain tungsten carbide; the CNC default HSS and HSS-CoToughness on a budget AluminumPolished flutes, 2-3 flute picks SteelGeometry and coating by alloy StainlessSharp edges, work-hardening watch TitaniumRigidity and heat control SizesDiameters, LOC, OAL references Flute count2, 3, 4 and beyond
D 2 FLUTES - END VIEW D 4 FLUTES - END VIEW

Send the geometry, the material you cut and a quantity per specification. The desk replies in writing with a sourcing plan, the reference MOQ and the drawing questions that need deciding.

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