Which cutting tool utilizes a single cutting edge to remove material?

Which cutting tool utilizes a single cutting edge to remove material?

• A. Multi-point Tool
• B. Single-point Tool
• C. Drill Bit
• D. End Mill

Answer: (B)

The single-point tool is specifically designed to utilize one cutting edge for material removal. This type of tool is commonly used in lathe operations, where it can effectively shape, finish, and size workpieces. The single cutting edge allows for precise control over the cutting action, making it suitable for tasks that require accuracy, such as turning operations. The single-point tool's design is beneficial in creating specific geometries, as it can be maneuvered in a certain orientation while engaging with the workpiece. In contrast, multi-point tools involve multiple cutting edges, which work simultaneously to remove material more quickly but often lack the fine control that a single-point tool provides. Other options, like a drill bit and an end mill, can have multiple cutting edges or not be used in the same context as a single-point tool, making them less applicable to the scenario described.

The single-point tool is specifically designed to utilize one cutting edge for material removal. This type of tool is commonly used in lathe operations, where it can effectively shape, finish, and size workpieces. The single cutting edge allows for precise control over the cutting action, making it suitable for tasks that require accuracy, such as turning operations.

The single-point tool's design is beneficial in creating specific geometries, as it can be maneuvered in a certain orientation while engaging with the workpiece. In contrast, multi-point tools involve multiple cutting edges, which work simultaneously to remove material more quickly but often lack the fine control that a single-point tool provides. Other options, like a drill bit and an end mill, can have multiple cutting edges or not be used in the same context as a single-point tool, making them less applicable to the scenario described.