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How to choose the right tungsten steel milling cutter for you?


Release time:

2023/06/27

How to choose the right tungsten steel milling cutter for you?

In industrial processing, tungsten steel milling cutter is a commonly used tool for processing various materials. But choosing a suitable tungsten steel milling cutter is not an easy task. In this article, we will talk about how to choose a tungsten steel milling cutter that suits you, and some basic knowledge about tungsten steel milling cutters.

Basic knowledge of tungsten steel milling cutter

Tungsten steel milling cutters are made of tungsten steel, which is extremely hard and brittle. Therefore, tungsten steel milling cutters need to be properly handled and used to ensure their service life and effect. When choosing a tungsten steel milling cutter, you need to know the following aspects:

1. Blade shape and size: Blades of different shapes and sizes are suitable for different processing needs.

2. Cutting speed and feed speed: Cutting speed and feed speed are two key factors that affect the processing effect.

3. Tool material: The material of tungsten steel milling cutter is not only an important factor affecting the hardness and toughness, but also affects the cutting speed and feed rate.

4. Shank shape and specifications: The shape and specifications of the shank determine the stability and reliability of the tool.

How to choose the right tungsten steel milling cutter for you?

When choosing a tungsten steel cutter, you need to consider the following factors:

1. Material type: Different materials require different tungsten steel milling cutters. For example, for aluminum products and plastic products, you need to choose high-speed tungsten steel blades, and for steel products, you need to choose carbide tungsten steel milling cutters.

2. Blade shape and size: Blades of different shapes and sizes are suitable for different processing needs. For example, for grooving, you need to choose a T-shaped blade, and for flat machining, you need to choose a round or square blade.

3. Cutting speed and feed speed: When choosing a tungsten steel milling cutter, you need to consider the cutting speed and feed speed. If the cutting speed is too high, it will cause premature wear and damage to the tool. If the feed speed is too high, it will cause poor surface quality and even damage to the workpiece.

4. Tool material: The material of tungsten steel milling cutter is not only an important factor affecting the hardness and toughness, but also affects the cutting speed and feed rate. When choosing a tungsten steel milling cutter, you need to choose the right material to meet different processing needs.

When using tungsten steel milling cutters, you also need to pay attention to the following aspects:

1. tool maintenance: tungsten steel milling cutter needs to be properly maintained to ensure its service life and effect. During use, you need to regularly check the wear of the tool and replace the handle, blade or the entire tool in time.

2. The use of cutting fluid: cutting fluid can reduce friction and heat, thereby reducing tool wear. When using tungsten steel milling cutters, you need to choose the appropriate cutting fluid and replenish it in time during the processing.

3. The control of the processing environment: the use environment of the tungsten steel milling cutter should be kept clean and dry. During the processing, you need to control the temperature and humidity of the processing environment and ensure the stability of the workpiece and fixture.

Summary:

When choosing the tungsten steel milling cutter that suits you, you need to consider factors such as material type, insert shape and size, cutting speed and feed speed, tool material and tool holder shape and specifications. When using a tungsten steel milling cutter, you need to pay attention to the maintenance of the tool, the use of cutting fluid and the control of the processing environment. Only by understanding these basic knowledge and correctly selecting and using tungsten steel milling cutters can the quality of the machining effect and the life of the tool be guaranteed.




















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