Ceramic Inserts
WIDIA ceramic inserts offer exceptional performance and versatility in a wide range of applications and exhibit remarkable hardness, heat resistance, and wear properties.
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Ceramic Insert Feeding Mechanism
CeraSFeed | SFeedUP
Indexable Ceramic Hi-Feed Milling Line for HRSA Materials Now Includes a New 6mm IC Insert
New CERASFEED Offers Exceptional Productivity Gains!!
Well-designed high-feed insert geometries with super strong insert clamping allow for blistering feed rates! The new CERASFEED hi-feed milling family of products will ignite your milling process, reduce
Indexable Ceramic Mills
If your operation requires high feed rates or fast machining, ceramic inserts, end mills or shell mills may be the way to go. Choose from standard inserts and tools or let our design engineers recommend
High-Speed & Feed Milling Solution CERAMIC-SFEED for Super
By applying high-speed conditions with ceramic inserts, intense heat is generated causing the workpiece to melt. This enables the ceramic inserts to effectively machine super alloys like Inconel.
Ceramic Inserts | McMaster-Carr
Secure anything from signs to heavy machinery in concrete, brick, and drywall. Choose from our selection of ceramic inserts, including threaded inserts, nuts, and more. Same and Next Day Delivery.
CE-R-MILL
CE-R-MILL cutters feature a smart side locking mechanism designed for round single side ceramic inserts. The CE-R-MILL clamping mechanism provides maximum tightening and high stability during
NEW CERAMIC INSERT LINES FOR HIGH-SPEED & HIGH
Based on a unique combination of a ceramic grade suitable for high-speed machining and a unique and large radius shape for high feed machining, the CeraSFeed line is a high productivity solution for the
Difficult-to-cut Materials
Based on a unique combination of a ceramic grade suitable for high-speed machining and a unique and large radius shape for high feed machining, the CERAMIC-SFEED line is a high productivity solution
PRODUCT GUIDE
Greenleaf''s toolholder system for grooving, profiling and cut-off applications is designed to accept carbide or ceramic inserts. The system features a “V”-bottom pocket design for superior insert
PRODUCTIVITY MANUAL
Hones on ceramic inserts are applied for the same reasons that hones are applied on carbide – to protect the edge from microchipping which then leads to uneven heat and stress distributions and