Cutting Tools & Tooling

To cover the widest possible range of applications, Walter offers the MP6 geometry in CCMT, DCMT, TCMT and VBMT basic shapes. Its short protective chamfer, which is characteristic of roughing inserts, ensures a high strength of cutting edge, even in challenging conditions, for example when machining forged parts or components with interrupted cuts.

Videos from BIG Daishowa that provide a closer look at the company's BIG KAISER CK Boring System as well as BIG KAISER's built-in Smart Damper technology.

A video from ARCH Cutting Tools offers guidance for effective chip evacuation, the proper method of holding the boring bar, and how to select insert geometry based on the cutting conditions.

Together with successful AH7025 grade for first choice, AH6235 and AH8005 grades will enhance TungCut performances in parting and grooving operations with interruptions, as well as grooving and turning operations with aggressive conditions.

AddInternalCut inserts are available in two sizes: TCIG10 insert is for internal grooving of minimum bore diameter of 10.5 millimeters (.413 inches) and up. TCIG12 allows a maximum groove depth (CDX) of 3.0 millimeters (.118 inches).

Using the 140-degree solid carbide point design from Kennametal's GOdrill, the KenTIP FS GTP insert allows for multiple machining applications across a range of materials including steel, stainless steel and cast iron. KenTIP FS GTP also features excellent centering capabilities, even at moderate cutting parameters, and low-axial forces.

The 5-flute square-end end mill with sharp edges, chamfers and corner radii joins a 4-flute square-end and ball-nose end mill with both straight and Weldon® shanks as part of WIDIA's WCE solid end mill portfolio. The WCE4, a 4-flute geometry solid end mill, combines the asymmetrical index and variable helix features to excel in operations like full slots and heavy cuts.

TC388 Supreme (50–58 RC) and TC389 Supreme (55–65 RC) feature new patent-pending cutting geometries that fully shear off the root of the chip when reversing, thus torque peaks are minimized. This prevents fractures, prolongs the tool life, and increases process reliability.

How materials and parts are handled can improve productivity.

SolidMeister barrel endmills are efficient tools for complex 3D surfacing operations used in mold making, orthopedic implant work, and the machining of gas turbine blades and other freeform surfaces in the aerospace and energy industries. The endmills incorporate a cutting edge that is actually the segment of a large-diameter arc.

SDM chipbreaker features unique T-land with variable widths and optimized rake angle that provide the insert with resistance against notch wear. Difficult metals like HRSAs are prone to cause notch wear on the insert cutting edge that can severely deteriorate insert tool life.

What we don't see when turning HTA at a microscopic level is that a heat pocket is being created between the cutting edge and the chip being formed. This heat pocket is preventing coolant from targeting the cutting edge. What HPC does is break through the heat pocket and get coolant to where it needs to be.