Boring Tools

ARCH Cutting Tools continues to focus on their commitment to deliver an exceptional customer experience. Backed by a talented line up of experienced engineers to assist you in creating personalized custom tool solutions and fueled with an ever increasing standard, stocked high performance offering of cutting tools and holders. ARCH is your tool making authority. Jeff Cederstrom, the divisional President of ARCH Cutting Tools provides his insight into the unique cultural identity that is the base of their success.

Low Frequency Vibration (LFV) is Citizen’s widely applicable cutting technology designed to avoid the problem of spiraling chips, entanglement of chips and built-up edges.  In LFV cutting, “air cutting” time prevents the machining temperature from rising, which gives relief from various problems caused by chips and virtually eliminates the need for high pressure coolant.  LFV is ideal for cutting difficult to cut materials in a broad range of shapes (including hard metals and soft plastics).  

Shorter cycle times are key for manufacturers to remain competitive and profitable.  For roughing applications customers can try running higher cutting speeds, taking heavier depths of cut or using higher feedrates to maximize the metal removal rate and shorten cycle times.  However, in finishing applications the depth of cut is usually fixed (1 finish pass) so only the cutting speed or feed can be addressed.  The purpose of this evaluation was to see how CVD-coated cermets compared to PVD-coated and uncoated cermets and CVD-coated carbide when finishing 1045 steel.

Kennametal Inc. has developed a 3D-printed Stator Bore Tool to meet growing customer demand for lighter weight tooling solutions used to machine components for hybrid and electric vehicles. E-mobility components are typically machined on small, low-horsepower CNC machining centers that require lighter weight tooling solutions. Kennametal’s 3D printed stator bore tool weighs half that of the conventionally manufactured version, while still meeting accuracy, roundness and surface finish requirements for aluminum motor body boring

BallRoughNose - New line of indexable ball nose end mills, designed to provide maximum reliability during roughing and semi-finishing. Its dovetail clamping design prevents insert movement during demanding operations. Insert rotation is restrained by the unique locking design in the insert seat. These features boost reliability during 3D profiling or plunging. The insert’s unique hybrid design allows one side for center cutting and the other for peripheral, eliminating the need to purchase two different inserts.

Rigibore’s special tooling capabilities allow multiple features to be machined on a single tool, performing two or more critical operations simultaneously, reducing cycle time.

For more information visit us at https://www.rigibore.com/

Abrasive Technology’s P.B.S.® braze bond grinding products promote high diamond exposure with optimal coverage for aggressive tooling that lasts longer, cuts faster and runs cooler. Our proprietary P.B.S.® process eliminates peeling and diamond pull out, making these products ideal for machining tough-to-cut materials where fast stock removal and deep cuts are required.

For more information visit us at http://www.abrasive-tech.com/