 |
APMT1604PDER-WAX NH215
NEK-SHITAEGER
NEK-AP23
MILLING CUTTER
10PCS/BOX
| Quantity: | |
|---|---|
The following is a detailed introduction to the material, characteristics, advantages and applications of CNC blade milling blades:
1. Material
The materials of CNC milling blades are mainly as follows:
1. ** High speed steel (white steel) ** : the hardness is soft, but the toughness is good, the price is cheap. However, its wear resistance and thermal hardness are relatively poor, and the thermal hardness is about 600 degrees. When cutting harder materials, if the coolant is not in place, it is easy to burn the knife.
2. ** cemented carbide (tungsten steel) ** : with good thermal hardness, wear resistance, strength and toughness, heat resistance, corrosion resistance and a series of excellent properties. In particular, high hardness and wear resistance remain basically unchanged at 500 degrees, and there is still a high hardness at 1000 degrees.
3. ** Ceramic ** : high hardness, heat resistance up to 1200 degrees, has a very high compressive strength. However, too much brittleness leads to low strength, and the amount of cutting can not be too large, which is more suitable for finishing or other highly wear-resistant non-metallic processed products.
4. ** Superhard material ** : Excellent performance in hardness, wear resistance and heat resistance, with enough toughness to withstand temperatures up to 2000 degrees. But also because the brittleness is too large and the strength is not high, suitable for finishing.
2.Features
1. Standardization and serialization ** : CNC milling blades usually have a standardized structure and size, which is easy to replace and manage.
2. High precision ** : After precision manufacturing, it can ensure that high processing accuracy is maintained during milling.
3. ** Multi-edge design ** : improve cutting efficiency and processing speed, while reducing the wear of a single cutting edge.
3. Advantage
1. ** Improve processing efficiency ** : Multi-edge design and high-quality materials enable CNC milling blades to significantly improve cutting speed and processing efficiency.
2. ** Extend the service life ** : The application of high hardness and wear resistance materials makes the service life of CNC milling blades longer and reduces the frequency of tool replacement.
3. ** Reduce processing costs ** : Because the CNC milling blade has high processing accuracy and cutting efficiency, it can reduce waste and loss in the processing process, thereby reducing processing costs.
4. ** Strong adaptability ** : Different materials and types of CNC milling blades can adapt to different processing needs and material types.
4. Application
CNC milling cutter blades are widely used in various CNC milling machines and machining centers for machining planes, steps, grooves, forming surfaces and so on. They are suitable for the processing of various materials, such as metal, plastic, wood, etc. In the field of metal processing, CNC milling blades are often used in automotive manufacturing, aerospace, mold manufacturing and other industries.
The following is a detailed introduction to the material, characteristics, advantages and applications of CNC blade milling blades:
1. Material
The materials of CNC milling blades are mainly as follows:
1. ** High speed steel (white steel) ** : the hardness is soft, but the toughness is good, the price is cheap. However, its wear resistance and thermal hardness are relatively poor, and the thermal hardness is about 600 degrees. When cutting harder materials, if the coolant is not in place, it is easy to burn the knife.
2. ** cemented carbide (tungsten steel) ** : with good thermal hardness, wear resistance, strength and toughness, heat resistance, corrosion resistance and a series of excellent properties. In particular, high hardness and wear resistance remain basically unchanged at 500 degrees, and there is still a high hardness at 1000 degrees.
3. ** Ceramic ** : high hardness, heat resistance up to 1200 degrees, has a very high compressive strength. However, too much brittleness leads to low strength, and the amount of cutting can not be too large, which is more suitable for finishing or other highly wear-resistant non-metallic processed products.
4. ** Superhard material ** : Excellent performance in hardness, wear resistance and heat resistance, with enough toughness to withstand temperatures up to 2000 degrees. But also because the brittleness is too large and the strength is not high, suitable for finishing.
2.Features
1. Standardization and serialization ** : CNC milling blades usually have a standardized structure and size, which is easy to replace and manage.
2. High precision ** : After precision manufacturing, it can ensure that high processing accuracy is maintained during milling.
3. ** Multi-edge design ** : improve cutting efficiency and processing speed, while reducing the wear of a single cutting edge.
3. Advantage
1. ** Improve processing efficiency ** : Multi-edge design and high-quality materials enable CNC milling blades to significantly improve cutting speed and processing efficiency.
2. ** Extend the service life ** : The application of high hardness and wear resistance materials makes the service life of CNC milling blades longer and reduces the frequency of tool replacement.
3. ** Reduce processing costs ** : Because the CNC milling blade has high processing accuracy and cutting efficiency, it can reduce waste and loss in the processing process, thereby reducing processing costs.
4. ** Strong adaptability ** : Different materials and types of CNC milling blades can adapt to different processing needs and material types.
4. Application
CNC milling cutter blades are widely used in various CNC milling machines and machining centers for machining planes, steps, grooves, forming surfaces and so on. They are suitable for the processing of various materials, such as metal, plastic, wood, etc. In the field of metal processing, CNC milling blades are often used in automotive manufacturing, aerospace, mold manufacturing and other industries.
