Turning Tools
Turning involves a fixed and non-rotating cutter, because in turning, the workpiece spins instead of the tool. Turning tools typically consist of a replaceable insert in a turning tool body. The insert can be distinctive in a number of ways, including shape, material, coating and geometry. The shape can be round to maximize edge strength, diamond-shaped to allow a sharp point to cut fine features, square, or even octagonal to increase the number of separate edges that can be applied as one edge after another wears out. The material is typically carbide, though ceramic, cermet or diamond inserts can be applied to more demanding applications. A variety of protective coatings also help these insert materials cut faster and last longer.
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Success Factors for Hard Turning
A rigid machine and hard cutting edge are the beginning. Other considerations relate to system rigidity and keeping the cutting force steady.
Video: Chipbreakers Are Not All the Same—How to Break Chips Effectively
Different chipbreakers are engineered for different parameters. Machining footage shows the difference in effectiveness between chipbreakers used in the right and the wrong applications.
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Tungaloy Adds a New Grade for Machining Heat-Resistant Superalloys
Tungaloy has added the PVD-coated AH8015 grade in several geometry types to its MiniForce-Turn series for machining heat-resistant superalloys, steel and stainless steel.
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Grooving, Cutoff and Multidirectional Turning
This single-sided tool is designed to handle a range of applications, including cutoff, grooving, deep grooving, face grooving, side turning and prof...
