Describe the names, symbols, and definitions of the cutting point and faces of a lathe cutting tool.

Describe the names, symbols, and definitions of the cutting point and faces of a lathe cutting tool.

The cutting edges, points, and faces of the lathe tool are shown in Figure Their names, symbols, and definitions are provided in the figure Symbols and Definitions of Edges, Points, and Faces on a Turning Tool’s Cutting Portion Term Symbol Definition Shank The clamping part of the tool. Mounting Face A surface on the shank…

Machine tool details of Anyang Xinsheng Machine Tool Co., Ltd.

Machine tool details of Anyang Xinsheng Machine Tool Co., Ltd.

Machine Tool Description 1.1 Main Applications:This series of lathes is suitable for various turning operations, such as turning inner and outer cylindrical surfaces, conical surfaces, other rotary surfaces, and end faces. It can also cut various common threads — including metric, inch, module, and pitch threads — as well as perform drilling, reaming, tapping, and…

Cutting depth (ap), S, and F are the three main cutting parameters in lathe machine

Cutting depth (ap), S, and F are the three main cutting parameters in lathe machine

On a lathe machine, the terms cutting depth (ap), S, and F are the three main cutting parameters you must know. 1. Depth of Cut (ap) Meaning: How deep the tool cuts into the workpiece in one pass. Unit: millimeters (mm). Typical values: Roughing (removing material fast) → 2–5 mm Finishing (for smooth surface) →…

How to Prevent Machine Tool Vibration When Machining Parts

How to Prevent Machine Tool Vibration When Machining Parts

Machining vibration is a common problem that affects part quality, tool life, and machine performance. To effectively avoid and control it, a comprehensive approach is necessary. 1. Increase the Rigidity of the Machine and System Machine rigidity is key to resisting deformation and vibration. Increasing rigidity effectively suppresses vibrations caused by cutting forces. Bed and…