Simplify your slotting operations in stainless steel with an offering of solid carbide end mills meant to boost MRR and promote accuracy.
Solid carbide, Aplus coated ball end mill for steels, high-temp alloys, and titanium, designed for excellent chip evacuation . . .
Designed for excellent chip evacuation in steels, high-temp alloys, and titanium, this 3 flute, ball end mill with reduced ne . . .
Corner radius solid carbide end mill pairs an Aplus coating with 3 wide flute valleys for evacuating chips seamlessly during . . .
Reduced neck on this corner radius profile, 3 flute solid carbide end mill maintains rigidity and provides maximum CNC machin . . .
Variable pitch geometry for smoother CNC machining operations and added toughness along the cutting edge of this solid carbid . . .
Square profile, variable pitch end mill for steels, high-temp alloys, and titanium that allows for increased chip clearance i . . .
Ball profile end mill with Aplus coating for added lubricity, efficient chip evacuation, higher speeds and feeds, and increas . . .
Ball profile, reduced neck end mill for steels designed to reduce chatter and harmonics and provide maximum edge strength in . . .
Variable pitch geometry on this corner radius profile, 4 flute end mill results in higher quality parts by decreasing chatter . . .
Eccentric relief for maximum edge strength during both CNC roughing and finishing applications and weldon flat shank styles f . . .
Variable pitch geometry on this square profile, 4 flute metric end mill for steels effectively decreases chatter and harmonic . . .
4 flute, variable pitch end mill with reduced neck geometry for maximum strength and long reach in deep pocketing application . . .
Engineered for materials such as steels, high temperature alloys, and titanium, this 5 flute, corner radius profile end mill . . .
5 flute design on this solid carbide corner radius end mill for steels, high temp alloys, and titanium, pairs with a reduced . . .
Variable pitch geometry, paired with its high flute count, enhances metric roughing applications by minimizing chatter and ha . . .
Reduced neck design on this variable pitch, square profile end mill provides both maximum strength in long reach and deep poc . . .
Staggered "low profile" edge geometry and variable pitch on this multi-flute, corner radius knuckle rougher end mill for stee . . .
Reduced neck, solid carbide end mill for steels featuring variable pitch geometry for reduced harmonics and an eccentric reli . . .
Offset chipbreaker design minimizes chip size to help with efficient metal removal rates when roughing, while the redesigned . . .
Solid carbide, 4 flute end mill for steels, features metric sizes, a corner radius profile, and an eccentric relief for maxim . . .
The combination of its variable pitch design and offset chip breaker geometry results in smooth machining operations with min . . .
Built for optimal CNC performance in steels, high temperature alloys, and titanium, this solid carbide 5 flute variable pitch . . .
Achieve excellent performance in light profiling, High Efficiency Milling, and finishing applications with this square profil . . .
Reduced neck, knuckle rougher end mill for steels, high-temp alloys, and titanium, provides maximum strength and rigidity in . . .
This offering of metric High Feed End Mills features a straight-through coolant hole for superior chip evacuation and heat ma . . .
Helical Solutions' offering of fully stocked metric High Feed End Mills have geometry proven to achieve maximum feed rates in . . .
The reduced neck featured in this offering of High Feed End Mills with coolant through geometry provides maximum strength in . . .