solid CBN turning insert, dimpled clamping PCBN inserts

RCMS120600,RCMO120600,CNML1206,DNML1106,TNMO1606

High content PCBN grades are intended for use in negative rake clamp-type toolholders, boring, recessing tools, and milling heads. Due to the dynamic loads that occur in the machining of hard ferrous materials and the conditions under which these grades operate, frequently involving shocks from interrupted cutting, it is advisable to strengthen the tool system as much as possible and use dimpled inserts where possible. SWIFT has developed the solid, high-content grade, which provides superior performance when machining gray cast iron components, such as brake disks or fly wheels. To ensure secure seating in the toolholder, the inserts are available with dimple-design clamping.

Preminum features of dimpled clamping cbn inserts:
Ensures tight and rigid clamping.
Dimpled cbn inserts with special clamping provides increased stability in the pocket.
Ideal for use in heavy-duty machining applications.
Cladded clamps for improved resistance against chip wash are available upon request.
Round dimple design works with custom tooling where clamping direction must be offset due to space limitations.

Brake disc machining uses cbn tooling inserts that can increase the tool life to over 2,000 brake discs. Transmission gears manufacturing uses cbn machining inserts that are used in the soft turning and gear milling processes. They are also used in the finish-turning hardened transmission components.

solid cbn inserts for cast iron turning. Cast iron has superior durability and is used in machine tools and agricultural machinery parts. cbn inserts for cast iron have an overwhelmingly high wear resistance and fracture resistance and achieves high speed and high efficiency turning for cast iron.

There are many applications within these broad categories for cbn inserts. Some applications are cylinder boring in automotive engine blocks. cbn turning inserts are used for this application. Using cbn turning inserts in cylinder boring has been shown to increase output up to 4,000 pieces.