Laser processing technology mainly has the following unique advantages 1. Use laser processing, high production efficiency, reliable quality, and economic benefits. 2, the workpieces in the closed container can be processed through a transparent medium; in the harsh environment or other people's difficult to approach, the robot can be used for laser processing. 3, no "knife" worn in the laser processing process, no "cutting force" acts on the workpiece. 4. Materials that can process a variety of metals and non -metals, especially materials that can process high hardness, high brittleness and high melting points. The laser processing belongs to no contact processing, and the energy of high -energy laser beams and its movement speed can be adjusted, so the purpose of multiple processing can be achieved. It can process a variety of metals and non -metals, especially materials that can process high hardness, high brittleness and high melting points. Laser processing flexibility is mainly used for cutting, surface treatment, welding, marking and punching. The expansion data The application of laser processing The laser technology, together with atomic energy, semiconductor and computer, is the four most prestigious inventions of the twentieth century. The laser, as a new light source invented in the last century, has the characteristics of good direction, high brightness, good monochrome and high energy density. Cultural education and scientific research. In statistics, from high -end optical fiber to common barcode scanners, the market value of laser -related products and services is as high as trillions of dollars each year. Chinese laser products are mainly used in industrial processing, accounting for more than 40%of market space. This processing is the most commonly used application for laser systems. The main technologies include laser welding, laser cutting, surface modification, laser labeling, laser drilling, micro -processing and photochemical deposition, three -dimensional photochemical, laser etching, etc. Reference information Source: Baidu Encyclopedia-Laser Machining
The characteristics of laser processing fast speed, smooth and flat incision, generally no follow -up processing; cutting thermal affects small, the plate is small, narrowed; n The processing accuracy of the processing is high, the repeatability is good, and the surface of the material is not damaged; Neramial programming can process any flat map, which can cut the large -scale cutting surface without opening molds and economically saving time. The laser cutable materials, including non -metal plates such as organic glass, wooden boards, plastics, and various metal materials such as stainless steel, carbon steel, alloy steel, aluminum plates. Plim laser is suitable for metal materials, continuous laser is suitable for non -metallic materials, and the latter is an important application area for laser cutting technology.
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Compared with traditional processing technology, laser processing technology has many advantages, so it has been so widely used. Especially suitable for the development of new products: Once the product drawings are formed, laser processing can be performed immediately, and the real thing of the new product can be obtained in the shortest time. 1, small light spots, energy concentration, and small heat affecting area. 2. No contact with processing workpieces, no pollution to workpieces. 3. It is more convenient than electromagnetic interference, which is more convenient than electronic beam processing. 4, laser beams are easy to focus and guide, and are convenient for automation control. 5, wide range: can be carved and cut almost any material. 6. Safe and reliable: Using non -contact processing, it will not cause mechanical squeezing or mechanical stress on the material. 7, precise and detailed: processing accuracy can reach 0.1mm. 8, the effect is consistent: ensure that the processing effect of the same batch is almost completely consistent. 9, high -speed fast: It can be carved and cut at high speed according to the pattern output by the computer, and the speed of laser cutting is much faster than the speed of line cutting. 10, low cost: not restricted by the number of processing, for small batch processing services, laser processing is cheaper. 11. The cut seams are small: the cutting of laser cutting is generally 0.1-0.2mm. 12, smooth cutting surface: The cutting surface of laser cutting has no burrs. 13, small thermal deformation: laser processing laser seams, fast speed, and energy concentration, so the calories passed to the cut material are small, causing the deformation of the material to be very small. 14. Machining suitable for large -piece products: The cost of mold manufacturing of large -piece products is very high, laser processing does not require any mold manufacturing, and laser processing completely avoids the collapse of the formation of materials when cutting materials, which can greatly reduce the enterprise. The production cost is increased. 15. Material saving: Laser processing uses computer programming, which can make different shapes of products for materials, maximize the use of materials, greatly reduces the cost of corporate materials. The different laser technology has derived different laser, such as CO2 laser, solid laser, fiber -fiber lasers, and standard laser, etc. They have played an important role in industrial processing and production. . From the perspective of regional development, the long -scale development of the laser market in the Asia -Pacific region is another major factor in the rapid development of the laser industry. China, Japan, and South Korea's development speed is particularly prominent. In the next five years, these major development areas will gain more room for development in terms of automobile manufacturing and original equipment manufacturing.
Laser processing technology mainly has the following unique advantages
1. Use laser processing, high production efficiency, reliable quality, and economic benefits.
2, the workpieces in the closed container can be processed through a transparent medium; in the harsh environment or other people's difficult to approach, the robot can be used for laser processing.
3, no "knife" worn in the laser processing process, no "cutting force" acts on the workpiece.
4. Materials that can process a variety of metals and non -metals, especially materials that can process high hardness, high brittleness and high melting points.
The laser processing belongs to no contact processing, and the energy of high -energy laser beams and its movement speed can be adjusted, so the purpose of multiple processing can be achieved. It can process a variety of metals and non -metals, especially materials that can process high hardness, high brittleness and high melting points. Laser processing flexibility is mainly used for cutting, surface treatment, welding, marking and punching.
The expansion data
The application of laser processing
The laser technology, together with atomic energy, semiconductor and computer, is the four most prestigious inventions of the twentieth century.
The laser, as a new light source invented in the last century, has the characteristics of good direction, high brightness, good monochrome and high energy density. Cultural education and scientific research.
In statistics, from high -end optical fiber to common barcode scanners, the market value of laser -related products and services is as high as trillions of dollars each year. Chinese laser products are mainly used in industrial processing, accounting for more than 40%of market space.
This processing is the most commonly used application for laser systems. The main technologies include laser welding, laser cutting, surface modification, laser labeling, laser drilling, micro -processing and photochemical deposition, three -dimensional photochemical, laser etching, etc.
Reference information Source: Baidu Encyclopedia-Laser Machining
The characteristics of laser processing
fast speed, smooth and flat incision, generally no follow -up processing; cutting thermal affects small, the plate is small, narrowed; n The processing accuracy of the processing is high, the repeatability is good, and the surface of the material is not damaged;
Neramial programming can process any flat map, which can cut the large -scale cutting surface without opening molds and economically saving time.
The laser cutable materials, including non -metal plates such as organic glass, wooden boards, plastics, and various metal materials such as stainless steel, carbon steel, alloy steel, aluminum plates.
Plim laser is suitable for metal materials, continuous laser is suitable for non -metallic materials, and the latter is an important application area for laser cutting technology.
n00:00 / 00: 5270% shortcut keys to describe space: Play / pause ESC: Exit full screen ↑: increase volume 10% ↓: decreases by 10% →: Single fast forward 5 seconds studio Here you can drag no longer appear in the player settings to reopen the small window shortcut key description
Compared with traditional processing technology, laser processing technology has many advantages, so it has been so widely used. Especially suitable for the development of new products: Once the product drawings are formed, laser processing can be performed immediately, and the real thing of the new product can be obtained in the shortest time.
1, small light spots, energy concentration, and small heat affecting area.
2. No contact with processing workpieces, no pollution to workpieces.
3. It is more convenient than electromagnetic interference, which is more convenient than electronic beam processing.
4, laser beams are easy to focus and guide, and are convenient for automation control.
5, wide range: can be carved and cut almost any material.
6. Safe and reliable: Using non -contact processing, it will not cause mechanical squeezing or mechanical stress on the material.
7, precise and detailed: processing accuracy can reach 0.1mm.
8, the effect is consistent: ensure that the processing effect of the same batch is almost completely consistent.
9, high -speed fast: It can be carved and cut at high speed according to the pattern output by the computer, and the speed of laser cutting is much faster than the speed of line cutting.
10, low cost: not restricted by the number of processing, for small batch processing services, laser processing is cheaper.
11. The cut seams are small: the cutting of laser cutting is generally 0.1-0.2mm.
12, smooth cutting surface: The cutting surface of laser cutting has no burrs.
13, small thermal deformation: laser processing laser seams, fast speed, and energy concentration, so the calories passed to the cut material are small, causing the deformation of the material to be very small.
14. Machining suitable for large -piece products: The cost of mold manufacturing of large -piece products is very high, laser processing does not require any mold manufacturing, and laser processing completely avoids the collapse of the formation of materials when cutting materials, which can greatly reduce the enterprise. The production cost is increased.
15. Material saving: Laser processing uses computer programming, which can make different shapes of products for materials, maximize the use of materials, greatly reduces the cost of corporate materials.
The different laser technology has derived different laser, such as CO2 laser, solid laser, fiber -fiber lasers, and standard laser, etc. They have played an important role in industrial processing and production.
. From the perspective of regional development, the long -scale development of the laser market in the Asia -Pacific region is another major factor in the rapid development of the laser industry. China, Japan, and South Korea's development speed is particularly prominent. In the next five years, these major development areas will gain more room for development in terms of automobile manufacturing and original equipment manufacturing.