Since the advent of lasers has been infiltrated all walks of life,ff advanced technology and unique advantagesf in various fields play anfadfd important role. Infda recent years, in the industrial processing sector in particular.fa As a major invention of the 20th century, laser technology and laser industry in advanced countries by the world's attention, laser processing has become an important means of transformation of traditional industries, Laser processing technology applied to various industries for nearly.
Laser experts, China Laser Processing Committee of Deng Shusen predict the next 2-3 years, China will be determined by the laser processing equipment sales of 1.5 billion yuan in 2004 increased to double, reaching 30 billion yuan output value, In recent years has been more than ten billion scale.
Highlighting the advantages of traditional laser processing industry is facing challenges
Laser processing is the second machining, power processing, flame processing and power processing after a brand new processing technology. It can sound thoughtful solution to the processing of different materials, Different industry applications, forming and refining technical problems. Structure from the smallest computer chips to large aircraft and ships, laser processing will be an indispensable tool.
Compared with the traditional processing methods, with the maximum concentration of energy, easy operation, high flexibility, high efficiency, high-quality, energy saving and other advantages, the rapid in the automotive, electronics, aerospace, machinery, metallurgy, railway, ship widely used in other industrial sectors, including almost all areas of the national economy, known as "manufacturing system common processing means." Promote the manufacturing sector has undergone enormous changes, which greatly improved the production efficiency and process
Laser processing technology including: laser rapid prototyping, laser welding, laser drilling, laser cutting, laser marking, laser to re-balance, laser etching, laser trimming, laser, storage, laser marking, laser cleaning, laser heat treatment, micro-machining and surface treatment. And computer numerical control technology, laser processing technology has become the key technology of industrial automation, with normal processing technology can not match advantage, and gradually overcome processing difficulties encountered in traditional crafts, and a new processing area.
Basic processing and manufacturing of laser applications, the most in-depth areas, such as automobile manufacturing, from prototype development, parts manufacturing to the production of automotive body assembly, laser everywhere. In the development of prototypes and small series production, the highly flexible three-dimensional laser cutting instead of punching and trimming dies, not only saves die, while the development cycle of new models developed from the traditional method of generation of new cars 5 to 7 years time of 7 months.
On the body assembly, laser welding replaces the resistance spot welding process showed higher efficiency, better performance and so on. Automobile industry in the application of laser manufacturing assembly line, the assembly can be achieved every 57 seconds a car a day of high-speed assembly of 1440, and excellent quality. As the laser manufacturing technology has the unparalleled advantage Another example is laser cladding is an advanced coating technology welding, it can repair the function of the surface of metal parts, and other surface processing technology, has obvious advantages, the whole process a fraction of the calories consumed.
New technology advances into the hot fiber laser
Laser processing technology from the initial Nd: YAG laser, CO2 laser, the development of the high-power diode module, diode-pumped solid state lasers, fiber lasers, femtosecond lasers and other emerging technologies. Among them, particularly in the fiber laser is most concerned about. Traditional laser industry most of the major manufacturers have announced in 2007 into the fiber laser market, and some even offer a specific product, which is called within the industry occurred in 2007, a major event. Next time, they can see the new prosperity for this field.
advent of lasers has been infiltrated all walks of life, advanced technology and unique advantages in various fields play an important role. In recent years, in the industrial processing sector in particular. As a major invention of the 20th century, laser technology and laser industry in advanced countries by the world's attention, laser processing has become an important means of transformation of traditional industries, Laser processing technology applied to various industries for nearly.
Laser experts, China Laser Processing Committee of Deng Shusen predict the next 2-3 years, China will be determined by the laser processing equipment sales of 1.5 billion yuan in 2004 increased to double, reaching 30 billion yuan output value, In recent years has been more than ten billion scale.
Highlighting the advantages of traditional laser processing industry is facing challenges
Laser processing is the second machining, power processing, flame processing and power processing after a brand new processing technology. It can sound thoughtful solution to the processing of different materials, Different industry applications, forming and refining technical problems. Structure from the smallest computer chips to large aircraft and ships, laser processing will be an indispensable tool.
Compared with the traditional processing methods, with the maximum concentration of energy, easy operation, high flexibility, high efficiency, high-quality, energy saving and other advantages, the rapid in the automotive, electronics, aerospace, machinery, metallurgy, railway, ship widely used in other industrial sectors, including almost all areas of the national economy, known as "manufacturing system common processing means." Promote the manufacturing sector has undergone enormous changes, which greatly improved the production efficiency and process
Laser processing technology including: laser rapid prototyping, laser welding, laser drilling, laser cutting, laser marking, laser to re-balance, laser etching, laser trimming, laser, storage, laser marking, laser cleaning, laser heat treatment, micro-machining and surface treatment. And computer numerical control technology, laser processing technology has become the key technology of industrial automation, with normal processing technology can not match advantage, and gradually overcome processing difficulties encountered in traditional crafts, and a new processing area.
Basic processing and manufacturing of laser applications, the most in-depth areas, such as automobile manufacturing, from prototype development, parts manufacturing to the production of automotive body assembly, laser everywhere. In the development of prototypes and small series production, the highly flexible three-dimensional laser cutting instead of punching and trimming dies, not only saves die, while the development cycle of new models developed from the traditional method of generation of new cars 5 to 7 years time of 7 months.
On the body assembly, laser welding replaces the resistance spot welding process showed higher efficiency, better performance and so on. Automobile industry in the application of laser manufacturing assembly line, the assembly can be achieved every 57 seconds a car a day of high-speed assembly of 1440, and excellent quality. As the laser manufacturing technology has the unparalleled advantage Another example is laser cladding is an advanced coating technology welding, it can repair the function of the surface of metal parts, and other surface processing technology, has obvious advantages, the whole process a fraction of the calories consumed.
New technology advances into the hot fiber laser
Laser processing technology from the initial Nd: YAG laser, CO2 laser, the development of the high-power diode module, diode-pumped solid state lasers, fiber lasers, femtosecond lasers and other emerging technologies. Among them, particularly in the fiber laser is most concerned about. Traditional laser industry most of the major manufacturers have announced in 2007 into the fiber laser market, and some even offer a specific product, which is called within the industry occurred in 2007, a major event. Next time, they can see the new prosperity for this field.
Since the advent of lasers has been infiltrated all walks of life, advanced technology and unique advantages in various fields play an important role. In recent years, in the industrial processing sector in particular. As a major invention of the 20th century, laser technology and laser industry in advanced countries by the world's attention, laser processing has become an important means of transformation of traditional industries, Laser processing technology applied to various industries for nearly.
Laser experts, China Laser Processing Committee of Deng Shusen predict the next 2-3 years, China will be determined by the laser processing equipment sales of 1.5 billion yuan in 2004 increased to double, reaching 30 billion yuan output value, In recent years has been more than ten billion scale.
Highlighting the advantages of traditional laser processing industry is facing challenges
Laser processing is the second machining, power processing, flame processing and power processing after a brand new processing technology. It can sound thoughtful solution to the processing of different materials, Different industry applications, forming and refining technical problems. Structure from the smallest computer chips to large aircraft and ships, laser processing will be an indispensable tool.
Compared with the traditional processing methods, with the maximum concentration of energy, easy operation, high flexibility, high efficiency, high-quality, energy saving and other advantages, the rapid in the automotive, electronics, aerospace, machinery, metallurgy, railway, ship widely used in other industrial sectors, including almost all areas of the national economy, known as "manufacturing system common processing means." Promote the manufacturing sector has undergone enormous changes, which greatly improved the production efficiency and process
Laser processing technology including: laser rapid prototyping, laser welding, laser drilling, laser cutting, laser marking, laser to re-balance, laser etching, laser trimming, laser, storage, laser marking, laser cleaning, laser heat treatment, micro-machining and surface treatment. And computer numerical control technology, laser processing technology has become the key technology of industrial automation, with normal processing technology can not match advantage, and gradually overcome processing difficulties encountered in traditional crafts, and a new processing area.
Basic processing and manufacturing of laser applications, the most in-depth areas, such as automobile manufacturing, from prototype development, parts manufacturing to the production of automotive body assembly, laser everywhere. In the development of prototypes and small series production, the highly flexible three-dimensional laser cutting instead of punching and trimming dies, not only saves die, while the development cycle of new models developed from the traditional method of generation of new cars 5 to 7 years time of 7 months.
On the body assembly, laser welding replaces the resistance spot welding process showed higher efficiency, better performance and so on. Automobile industry in the application of laser manufacturing assembly line, the assembly can be achieved every 57 seconds a car a day of high-speed assembly of 1440, and excellent quality. As the laser manufacturing technology has the unparalleled advantage Another example is laser cladding is an advanced coating technology welding, it can repair the function of the surface of metal parts, and other surface processing technology, has obvious advantages, the whole process a fraction of the calories consumed.
New technology advances into the hot fiber laser
Laser processing technology from the initial Nd: YAG laser, CO2 laser, the development of the high-power diode module, diode-pumped solid state lasers, fiber lasers, femtosecond lasers and other emerging technologies. Among them, particularly in the fiber laser is most concerned about. Traditional laser industry most of the major manufacturers have announced in 2007 into the fiber laser market, and some even offer a specific product, which is called within the industry occurred in 2007, a major event. Next time, they can see the new prosperity for this fiel
Since the advent of lasers has been infiltrated all walks of life, advanced technology and unique advantages in various fields play an important role. In recent years, in the industrial processing sector in particular. As a major invention of the 20th century, laser technology and laser industry in advanced countries by the world's attention, laser processing has become an important means of transformation of traditional industries, Laser processing technology applied to various industries for nearly.
Laser experts, China Laser Processing Committee of Deng Shusen predict the next 2-3 years, China will be determined by the laser processing equipment sales of 1.5 billion yuan in 2004 increased to double, reaching 30 billion yuan output value, In recent years has been more than ten billion scale.
Highlighting the advantages of traditional laser processing industry is facing challenges
Laser processing is the second machining, power processing, flame processing and power processing after a brand new processing technology. It can sound thoughtful solution to the processing of different materials, Different industry applications, forming and refining technical problems. Structure from the smallest computer chips to large aircraft and ships, laser processing will be an indispensable tool.
Compared with the traditional processing methods, with the maximum concentration of energy, easy operation, high flexibility, high efficiency, high-quality, energy saving and other advantages, the rapid in the automotive, electronics, aerospace, machinery, metallurgy, railway, ship widely used in other industrial sectors, including almost all areas of the national economy, known as "manufacturing system common processing means." Promote the manufacturing sector has undergone enormous changes, which greatly improved the production efficiency and process
Laser processing technology including: laser rapid prototyping, laser welding, laser drilling, laser cutting, laser marking, laser to re-balance, laser etching, laser trimming, laser, storage, laser marking, laser cleaning, laser heat treatment, micro-machining and surface treatment. And computer numerical control technology, laser processing technology has become the key technology of industrial automation, with normal processing technology can not match advantage, and gradually overcome processing difficulties encountered in traditional crafts, and a new processing area.
Basic processing and manufacturing of laser applications, the most in-depth areas, such as automobile manufacturing, from prototype development, parts manufacturing to the production of automotive body assembly, laser everywhere. In the development of prototypes and small series production, the highly flexible three-dimensional laser cutting instead of punching and trimming dies, not only saves die, while the development cycle of new models developed from the traditional method of generation of new cars 5 to 7 years time of 7 months.
On the body assembly, laser welding replaces the resistance spot welding process showed higher efficiency, better performance and so on. Automobile industry in the application of laser manufacturing assembly line, the assembly can be achieved every 57 seconds a car a day of high-speed assembly of 1440, and excellent quality. As the laser manufacturing technology has the unparalleled advantage Another example is laser cladding is an advanced coating technology welding, it can repair the function of the surface of metal parts, and other surface processing technology, has obvious advantages, the whole process a fraction of the calories consumed.
New technology advances into the hot fiber laser
Laser processing technology from the initial Nd: YAG laser, CO2 laser, the development of the high-power diode module, diode-pumped solid state lasers, fiber lasers, femtosecond lasers and other emerging technologies. Among them, particularly in the fiber laser is most concerned about. Traditional laser industry most of the major manufacturers have announced in 2007 into the fiber laser market, and some even offer a specific product, which is called within the industry occurred in 2007, a major event. Next time, they can see the new prosperity for this field.
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