A cutting tool, also known as a cutter, is a wedge-shaped device that compresses the workpiece material during machining in order to shear away extra material and achieve the desired shape, size, and precision.
The fundamental difference between a single and a multi-point cutting tool is that a single-point cutting tool has only one main cutting edge, whereas a multi-point cutting tool has multiple cutting edges.
So, in order to properly understand, this article explains the basic differences between single-point and multi point cutting tool.
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Cutting tools are categorised into three groups based on whether they have one or more major cutting edges:
A single-point cutting tool has only one primary cutting edge, a double-point cutting tool has two cutting edges, and a multi-point cutting tool has more than two main cutting edges, as the name implies.
The number of cutting edges in a cutter affects a variety of factors, including chip load, material removal rate, cutting force, and cost.
The next sections go through the differences between single-point and multi-point cutting tools.
Difference between single point and multipoint cutting tool-
Some key differences between these Tools are listed in the table below:
|Single Point Cutting Tool
|Multi-Point Cutting Tool
|In the cutter body of a single-point cutting tool, there is only one primary cutting edge.
|The cutter body of multi-point cutting instruments contains many cutting edges.
|Only one main cutting edge remains in contact with the workpiece while milling with a single-point cutting tool.
|In a process of machining with a multi-point cutting tool, more than one cutting edge engages in material removal activity.
|The average chip load per tooth is significant.
|The effective chip load per tooth decreases due to the presence of several cutting edges.
|The rate of heat generation and subsequent rise in tool temperature because one cutting edge is in continuous contact with the workpiece.
|When the cutter is not in contact with the workpiece, the heat evaporates due to consecutive contact and release. As a result, the rate of increase in tool temperature is slow.
|If a cutting edge breaks unexpectedly, the entire process must be suspended until the broken tool is replaced with a new one.
|If one cutting edge breaks, the cutting process can be resumed with ease by utilising other cutting edges.
|Single point cutting tool design and production are easier.
|Multi-point cutting tools are complex to design and manufacture.
|When machining using single-point cutting tools, a low feed rate and depth of cut are usually used. As a result, productivity and material removal rate decreases
|When using a multi-point cutting tool for machining, a higher feed rate can be used. MRR and productivity both rise as a result of this.
|This one has a good surface quality in terms of precision.
|The surface finish is boosted significantly with a multi-point cutting tool.
|Cutting with a single point is a low-cost method.
|Multi-point cutting is a tool with a high price tag.
|The rate of tool wear is really high.
|The rate of tool wear is quite low.
|Examples of single-point cutters:
|Examples of multi-point cutters:
These were some of the contrasts I made in this section, Difference between single point and multipoint cutting tool.
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Abhishek Tiwary is a blogger by passion and a Quality Engineer by profession. He completed his B.Tech degree in the year 2017. Now working in a reputed firm. He loves to share his knowledge with others.