<p>1.Introduction</p> <p>2.General turning operations</p> <p>3.Definition of spindle speed and cutting speed</p> <p>4.Definition of cutting speed</p> <p>5.Calculation of the circumference</p> <p>6.Example of cutting speed based on diameter</p> <p>7.Definitions of terms</p> <p>8.Calculating cutting data</p> <p>9.Inclination and rake angle</p>

<p>1.Introduction</p> <p>2.External turning</p> <p>3.Internal turning</p> <p>4.Small part machining</p> <p>5.Insert clamping systems</p> <p>6.Lesson Completed</p>

<p>1.Introduction</p> <p>2.The complex world of metal cutting</p> <p>3.The machining starts at the cutting edge</p> <p>4.Six main groups of workpiece materials 1/2</p> <p>5.Six main groups of workpiece materials 2/2</p> <p>6.Chip formation</p> <p>7.Insert rake angle</p> <p>8.Negative vs. positive inserts</p> <p>9.The design of a modern negative insert</p>

<p>1.Introduction</p> <p>2.Tool selection and how to apply</p> <p>3.Four main application areas</p> <p>4.Large and small entering angle</p> <p>5.The entering and copying angle</p> <p>6.Axial and radial cutting forces</p> <p>7.Insert recommendation depending on operation</p> <p>8.Modern insert clamping for turning tools&nbsp;</p> <p>9.Modern insert clamping for turning tools</p>

<p>1.Introduction</p> <p>2.Code keys for inserts</p> <p>3.Inserts, insert shape and Insert clearance angle</p> <p>&nbsp;4.Inserts, insert size and insert thickness</p> <p>5.Inserts, insert size and insert thickness</p> <p>6.Inserts, insert size and insert thickness</p> <p>7.Manufacturers option</p> <p>8.Insert designation with geometry and grade</p> <p>9.Toolholders, clamping system</p>

<p>1.Introduction</p> <p>2.Troubleshooting 1/2</p> <p>3.Troubleshooting 2/2</p> <p>4.Surface finish</p> <p>5.Burr formation&nbsp;</p> <p>6.Vibration 1/2</p> <p>7.Vibration 2/2</p> <p>8.Troubleshooting</p> <p>9.Lesson Completed</p>