Kennametal Inc.

Chamfering Ring/Spotting Drill suit 0.5-1.5 in. operations.
Mechanical Components and Assemblies

Chamfering Ring/Spotting Drill suit 0.5-1.5 in. operations.

Producing chamfers up to 1.5 mm, Chamfering Ring can be positioned anywhere along body of KSEM drills to control hole depth. It has 2 cartridges, each containing insert with 2 cutting edges. Available with or without chamfering inserts incorporated directly into cutter body, Spotting Tool features 150° angle and comes in 0.500-1.575 in. and 12.5-40 mm diameters. Grade KC7315 has PVD...

Read More »
Face Mills increase productivity.
Laboratory and Research Supplies and Equipment

Face Mills increase productivity.

Series KSOM Octagonal Insert Face Mills are Â-¼ in. thick with ¾ in. inscribed circle. Tool-steel insert pockets are machined in hardened state so they won't deflect. Face mills can be fed at up to 0.030 in. feed per tooth. Screw and finger-clamps keep inserts from moving under extreme cutting forces. Ranging in diameter from 2.5-6 in., units provide 8 cutting edges per insert,...

Read More »
Modular Carbide Drills feature high-positive rake angle.
Mechanical Components and Assemblies

Modular Carbide Drills feature high-positive rake angle.

Models SE254HPC, SE255HPC, and SE256HPC run at 525 sfm in ductile irons and 700 sfm in gray cast iron. Physical vapor deposition coating with high hot hardness shields cutting edge from heat generated at high speeds. A 135° point with 45° corner chamfer reduces tool pressure upon hole exit and prevents breakout in gray cast iron. Double-margin design provides four-margin contact over...

Read More »
Indexable End Mills provide aggressive ramping.
Laboratory and Research Supplies and Equipment

Indexable End Mills provide aggressive ramping.

Offered in diameters from 0.97 to 8 in., Mill 1 indexable insert end mills are engineered to have consistent and repeatable insert location. Tools are suited for making holes with end mill, eliminating need for multiple drilling and boring operations. Coated grade options include KC725M titanium carbonitride, KC935M aluminum oxide, KC522M titanium aluminum nitride, and KC410M titanium composite.

Read More »
Carbide Drills incorporate HP point geometry.
Mechanical Components and Assemblies

Carbide Drills incorporate HP point geometry.

Models SE210HP, SE211HP, and SE212HP in grade KC7515 feature free-cutting, high positive rake angle and sculptured edge drill geometry. Points are coated with titanium nitride using physical vapor deposition process. Drills handle range of materials, including common steels, stainless steels, and high temperature alloys. Metric sizes range from 4-21 mm dia, and inch sizes range from 0.1563 to...

Read More »
Carbide-Tip Drill allows tip change on machine.
Mechanical Components and Assemblies

Carbide-Tip Drill allows tip change on machine.

KenTip features cam-actuated clamping mechanism that requires Â-¼ turn to lock/unlock tip into body. HP geometry provides higher positive rake angle, and edge preparation provides 30% to 50% higher tool life and higher penetration rates on Z-axis thrust limited machines. Heavy hone-edge treatment protects cutting edges. TiAIN coating delivers resistance to heat and abrasion. Drill is...

Read More »
Pure Diamond Grade provides wear resistance.
Construction Equipment and Supplies

Pure Diamond Grade provides wear resistance.

Type KD1405 pure diamond cutting tool material can increase tool life 100-200% relative to conventional PCD tooling on continuous to lightly interrupted turning, finishing, and semi-finishing milling applications. Material is produced using chemical vapor deposition applied by plasma torch method, providing pure diamond microstructure that is tough enough to withstand milling operations. KD1405...

Read More »
Milling Grades suit finishing/roughing applications.
Laboratory and Research Supplies and Equipment

Milling Grades suit finishing/roughing applications.

Grades KC915M and KC935M, suited for milling applications, have one layer of medium temperature chemical vapor deposition titanium carbonitride, one layer of fine-grain alpha structure aluminum oxide, and graded interface layers that increase adhesion between layers. KC915M is suited for semifinishing to roughing of cast iron and ductile irons, while KC935M is for general purpose machining and...

Read More »
PCBN Grades increase tool life 100%.

PCBN Grades increase tool life 100%.

KB9640 aluminum oxide, chemical vapor deposition coated PCBN is for roughing to semifinishing of hardened steels, sintered cast iron, and gray, ductile, and malleable cast iron. It is offered in negative styles only including round, square, triangles, and 80°, 55°, and 35° diamond shapes. KB5625 titanium aluminum nitride, physical vapor deposition coated PCBN is for finish...

Read More »
Coated Carbide Grades turn cast and ductile irons.
Portable Tools

Coated Carbide Grades turn cast and ductile irons.

Grade KC9325, suited for gray cast and nodular irons, performs under interrupted cut conditions, and Grade KC9315, suited for use with ductile irons, employs coating that resists flank wear. Both grades reduce production time without any reduction in tool life. Grade KC9325 has MTCVD TiCN coating and fine grain aluminum oxide coating layer for total thickness of 16 microns, while Grade KC9315 has...

Read More »

All Topics