Inserts

Turning threads on hardened parts can be a challenge when using coated cemented carbide inserts: the cutting edge rapidly wears out before finishing the entire thread profiles, inhibiting greater feed rates and D.O.Cs. to be applied for increased productivity. Of all Tungaloy CBN grades, BX330 provides the cutting edge with the most balanced combination of wear and fracture resistance, making the grade suitable for withstanding continuous and heavy cutting loads inherent in the thread turning method for hardened parts.

These indexable turning inserts are designed for applications where a soft cut and high precision is required.  Long tool life is achieved through the WEP10C coated cermet grade with multilayer PVD TiCN TiAlN coating and extra fine cermet substrate grain. Walter's combination of edge preparation and grade also ensures dimensional stability. Primary applications include energy, automotive, and general metalworking.

hi-feed milling performance for machining of miniature components and smaller part features. NanoFeed is a 20° hi-feed indexable insert design that will replace smaller diameter solid carbide end mills in many applications and offer great economy! Inserts have been designed with pressed-in coolant channels, directing coolant or air directly to the cutting edge for maximizing tool life! Inserts also have backdraft side clearance for straight-wall milling capability.

The WNN15 grade delivers outstanding process reliability and long tool life, even at extremely high cutting speeds. This means that it makes indexable insert drilling more cost-effective than comparable PCD tools with immediate effect. The indexable insert drills offer the advantage of multiple indexing which means that the tool can be used again immediately and with comparably lower costs and less time required. Worn indexable inserts can be replaced quickly and easily.

348 inserts added to stainless steel turning grade series of AH6225, AH6235, and T6215. AH6225 is a first-choice grade designed to provide excellent machining performance in general stainless steel turning operations, extending from continuous to light interrupted cuts. AH6235 is another PVD-coated grade that boasts exceptional fracture resistance. T6215 is a latest CVD-coated grade, designed to ensure superior cutting performance during high speed, continuous cuts of stainless steel.

To prevent insert waste and easily detect wear, the gold-colored TiN outer layer of the Dragonskin multilayer CVD Ti(C,N)/Al2O3/TiN coating acts as an indicator. It not only enables users to clearly identify insert wear and index before a breakage, but also prevents sharp cutting edges from going unused and the insert being inadvertently discarded. Plus, a mechanical post-coating treatment produces beneficial residual stress in the coating that results in increased process security, especially important in the large-volume production situations typically associated with turning ISO-P steels.

NS chipbreaker features a three-dimensional chipbreaker that is directly engraved on the PCD tip using the latest technology. This allows the generation of short chips during the machining of gummy metals such as aluminum and copper alloys, significantly reducing machine downtime due to chip associated troubles.