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How to choose the right cutting method

  • Categories:Company News
  • Author:
  • Origin:
  • Time of issue:2020-01-20 09:30
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(Summary description)In the field of modern industrial manufacturing, cutting is one of the basic technologies with a large amount of application and a wide range of applications. The cutting methods include punching, shearing, flame cutting, EDM, water cutting, plasma cutting and laser cutting. All kinds of cutting methods have their own advantages and limitations. How to choose the right cutting method The efficiency and quality of cutting will directly affect the efficiency and quality of production. The following factors should be taken into consideration when choosing appropriate cutting equipment: 1. Type, thickness and size of cutting materials 2. The size of cutting amount and the requirements for cutting speed 3. Requirements for cutting accuracy, requirements for material deformation and secondary processing amount 4. Can optimize nesting software be used to improve material utilization 5. The comprehensive comparison of equipment investment and economic benefits CNC shearing machine: it is often used to cut blank of straight edge, with poor precision. CNC punching machine: when punching parts, the punching machine needs a variety of dies, each shape or size needs a pair of dies, which greatly restricts the modification and update speed of the machine tool. Generally, the thickness of the workpiece of CNC punching machine is less than 10 mm CNC wire cutting machine: high machining accuracy, suitable for small batch, multi variety parts processing, reduce mold production costs, shorten production cycle. The disadvantages are small processing surface, slow processing speed, use for a period of time, molybdenum wire or copper wire is easy to break. Compared with the traditional processing equipment, laser cutting machine has the following characteristics and advantages: narrow slit, small deformation, high precision, fast speed and high efficiency. First of all, the laser energy is converted into amazing heat energy and kept in a very small area, so the laser cutting can provide: narrow straight edge cutting; the smallest heat affected area adjacent to the cutting edge; the smallest local deformation. The laser beam does not rotate and apply any force to the workpiece, it is a non-contact cutting tool, which means that the workpiece has no mechanical deformation; there is no tool wear, and there is no problem of tool replacement; the cutting material does not need to consider its hardness, that is, the laser cutting ability is not affected by the hardness of the material to be cut, and any hardness material can be cut. The laser beam has strong controllability, high adaptability and flexibility, so it is very convenient to combine with automation equipment, and it is easy to realize the automation of cutting process; because there is no restriction on cutting workpiece, the laser beam has infinite profiling cutting ability.

How to choose the right cutting method

(Summary description)In the field of modern industrial manufacturing, cutting is one of the basic technologies with a large amount of application and a wide range of applications. The cutting methods include punching, shearing, flame cutting, EDM, water cutting, plasma cutting and laser cutting. All kinds of cutting methods have their own advantages and limitations.

How to choose the right cutting method



The efficiency and quality of cutting will directly affect the efficiency and quality of production. The following factors should be taken into consideration when choosing appropriate cutting equipment:



1. Type, thickness and size of cutting materials



2. The size of cutting amount and the requirements for cutting speed



3. Requirements for cutting accuracy, requirements for material deformation and secondary processing amount



4. Can optimize nesting software be used to improve material utilization



5. The comprehensive comparison of equipment investment and economic benefits



CNC shearing machine: it is often used to cut blank of straight edge, with poor precision.



CNC punching machine: when punching parts, the punching machine needs a variety of dies, each shape or size needs a pair of dies, which greatly restricts the modification and update speed of the machine tool. Generally, the thickness of the workpiece of CNC punching machine is less than 10 mm



CNC wire cutting machine: high machining accuracy, suitable for small batch, multi variety parts processing, reduce mold production costs, shorten production cycle. The disadvantages are small processing surface, slow processing speed, use for a period of time, molybdenum wire or copper wire is easy to break.



Compared with the traditional processing equipment, laser cutting machine has the following characteristics and advantages: narrow slit, small deformation, high precision, fast speed and high efficiency. First of all, the laser energy is converted into amazing heat energy and kept in a very small area, so the laser cutting can provide: narrow straight edge cutting; the smallest heat affected area adjacent to the cutting edge; the smallest local deformation. The laser beam does not rotate and apply any force to the workpiece, it is a non-contact cutting tool, which means that the workpiece has no mechanical deformation; there is no tool wear, and there is no problem of tool replacement; the cutting material does not need to consider its hardness, that is, the laser cutting ability is not affected by the hardness of the material to be cut, and any hardness material can be cut. The laser beam has strong controllability, high adaptability and flexibility, so it is very convenient to combine with automation equipment, and it is easy to realize the automation of cutting process; because there is no restriction on cutting workpiece, the laser beam has infinite profiling cutting ability.

  • Categories:Company News
  • Author:
  • Origin:
  • Time of issue:2020-01-20 09:30
  • Views:
Information
In the field of modern industrial manufacturing, cutting is one of the basic technologies with a large amount of application and a wide range of applications. The cutting methods include punching, shearing, flame cutting, EDM, water cutting, plasma cutting and laser cutting. All kinds of cutting methods have their own advantages and limitations.
 
How to choose the right cutting method
 
 
 
The efficiency and quality of cutting will directly affect the efficiency and quality of production. The following factors should be taken into consideration when choosing appropriate cutting equipment:
 
 
 
1. Type, thickness and size of cutting materials
 
 
 
2. The size of cutting amount and the requirements for cutting speed
 
 
 
3. Requirements for cutting accuracy, requirements for material deformation and secondary processing amount
 
 
 
4. Can optimize nesting software be used to improve material utilization
 
 
 
5. The comprehensive comparison of equipment investment and economic benefits
 
 
 
CNC shearing machine: it is often used to cut blank of straight edge, with poor precision.
 
 
 
CNC punching machine: when punching parts, the punching machine needs a variety of dies, each shape or size needs a pair of dies, which greatly restricts the modification and update speed of the machine tool. Generally, the thickness of the workpiece of CNC punching machine is less than 10 mm
 
 
 
CNC wire cutting machine: high machining accuracy, suitable for small batch, multi variety parts processing, reduce mold production costs, shorten production cycle. The disadvantages are small processing surface, slow processing speed, use for a period of time, molybdenum wire or copper wire is easy to break.
 
 
 
Compared with the traditional processing equipment, laser cutting machine has the following characteristics and advantages: narrow slit, small deformation, high precision, fast speed and high efficiency. First of all, the laser energy is converted into amazing heat energy and kept in a very small area, so the laser cutting can provide: narrow straight edge cutting; the smallest heat affected area adjacent to the cutting edge; the smallest local deformation. The laser beam does not rotate and apply any force to the workpiece, it is a non-contact cutting tool, which means that the workpiece has no mechanical deformation; there is no tool wear, and there is no problem of tool replacement; the cutting material does not need to consider its hardness, that is, the laser cutting ability is not affected by the hardness of the material to be cut, and any hardness material can be cut. The laser beam has strong controllability, high adaptability and flexibility, so it is very convenient to combine with automation equipment, and it is easy to realize the automation of cutting process; because there is no restriction on cutting workpiece, the laser beam has infinite profiling cutting ability.

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