The speed at which the tool moves against the workpiece.
Published by Sandvik Coromant, a global leader in cutting tools, this handbook has been the "go-to" for engineers, machinists, and students for decades. Unlike purely theoretical textbooks, it focuses heavily on , chip breaking, and practical tooling advice.
Angled surfaces ground onto the edge to direct cutting forces away from the vulnerable tip, maximizing tool reliability in heavy roughing applications. Section 5: Machining Parameters and Optimization
Using extremely high rotational speeds and low feed steps to remove material quickly with low cutting forces.
Stainless steels work-harden rapidly under mechanical stress. Machining operations must maintain a consistent feed rate to ensure the tool tip cuts beneath the work-hardened layer left by the previous pass. Positive rake geometries and robust coolant delivery are required. Heat-Resistant Superalloys and Titanium (ISO S)
Dedicated sections for troubleshooting vibration, surface integrity, and tool-life management. Google Books How to Access it for Free
: You can download specific technical manuals and catalogues as PDFs, such as the Metal Cutting Training Handbook
Modern Metal Cutting: A Practical Handbook (published by Sandvik Coromant
Second in hardness only to diamond, CBN maintains chemical stability when cutting ferrous materials. It is widely used for hard turning steels with hardness ratings above 45 HRC.
Power (kW)=Cutting Force (N)×Cutting Speed (m/min)60,000×Machine EfficiencyPower (kW) equals the fraction with numerator Cutting Force (N) cross Cutting Speed (m/min) and denominator 60 comma 000 cross Machine Efficiency end-fraction Heat Generation and Temperature Distribution
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The text bridges the gap between theory and shop-floor application. It provides a comprehensive analysis of metal cutting mechanics, tool materials, and wear mechanisms. Key topics include the metallurgy of cutting tools, the physics of chip formation, and the complex interactions between the tool and the workpiece. It is an essential resource for machining engineers, tool designers, and mechanical engineering students seeking to optimize cutting operations, extend tool life, and improve surface finish quality.
Thick coatings (Al2O3, TiN) built for high-temperature turning operations.
Cuts surfaces parallel to the tool axis (slotting, side milling).
