See: Lathe Operations: Parting
Pip on part or pip on workpiece.
Minimize overhang whenever possible. Use the smallest tool possible.
Parting Tool
- Calculators
- Delete this game
- Home
- Metals 101 – An Introduction to Metallurgy
- Metals 101-1 What are Metals
- Metals 101-2 The Structure of Metals
- Metals 101-3 Metal Grains
- Metals 101-4 What is Stress
- Metals 101-5 Deformation
- Metals 101-6 What is Strain
- Metals 101-7 Tensile Testing and the Stress Strain Diagram
- Metals 101-8 Engineering Stress vs. True Stress
- Metals 101-8 Engineering Stress Vs. True Stress
- Young’s Modulus
- Engineering Graphics
- Machining
- Introduction to Machining & Machine Tools
- Shop Safety
- Measurement & Inspection
- Bench Work
- Lathes and Turning Operations
- Milling Machines and Operations
- Screw Threads
- Cutting Fluids
- Abrasive Machining and Finishing
- Drilling & Hole making
- Sawing, Broaching, and Filing
- Electrical Discharge Machining (EDM)
- Workholding
- Workholding Introduction
- Workholding Devices
- See Also: Lathe Workholding
- See Also: Mill Workholding
- Jig Design
- Tool Design
- Industrial Materials
- Production Processes
- Separating Processes
- Casting Processes
- Forming Processes
- Polymer Processes
- Ceramic Processes
- Glass Processing
- Surface and Edge Modification
- Welding, Bonding, and Assembly
- Statics & Strengths of Materials
- CNC and Computer-Aided Manufacturing
- Metrology
- Quality Improvement
- Shop Math
- Metals 101 – An Introduction to Metallurgy
- Tooling and Machining Data
- Terms of Use
- Cookie Policy
- Lecture Slides
- Gallery
Recent Posts
Archives
More
Recent Comments