With the rapid development of laser technology, the form of laser processing is also gradually changing.
It is favored by all walks of life for its fast, efficient and safe environmental protection.
It has a laser footprint in many areas.
In the application of graphic information marking, it is more common to use a conventional two-dimensional laser marking machine to perform planar marking on various metallic or non-metallic materials.
However, in order to meet the 3D surface marking requirements of various products on the market, 3D surface laser marking machines have appeared and continue to mature and develop.
Compared with the traditional 2D laser marking, 3D marking greatly reduces the surface flatness requirements of the processing object.
Today's fiber laser marking machines have been fully integrated into all walks of life, but everyone is wondering why the price difference between fiber laser marking machines is so large, and now there are many personal customizations, and individual households will I feel very confused, only a few thousand cheap, tens of thousands expensive, then what are the differences between them, how can I buy a cost-effective device?
Can I make money by buying it?
The main components of a marking machine are divided into lasers, galvanometers, field mirrors, computers, boards, cabinets, etc., and lasers are the most influential on price and quality.
The laser structure of the fiber laser marking machine is actually not as complicated as imagined.
The laser is actually integrated by the module, but it is undeniable that this is a high-tech smart product created under a high civilization.
It is more complicated than the integrated module of the fiber laser marking machine, and it has stricter requirements on employees, environment and tools.
There are many powers of fiber laser marking machines.
Compared with traditional mechanical engraving, chemical etching, screen printing, ink printing and other methods, it has the advantages of low cost, high flexibility, and can be controlled by computer systems.
Moreover, the application range of fiber laser marking machine is very wide, such as: electronics and communication products, aerospace equipment, various automotive parts, home appliances, integrated circuit chips, computer parts, industrial bearings, food packaging, jewelry, tobacco, hardware tools , Molds, wires, cables, clocks, and other fields of graphics and text marking, metal and most non-metallic materials can be marked, but also to achieve a large-scale automated production line.
As long as the parameters are adjusted correctly, ordinary fiber laser marking machines can also do it.
Now many stainless steel rice spoons and stainless steel chopsticks use fiber laser marking.
There are no restrictions on the pattern of the laser marking machine using the laser marking machine, and there is no need to change the mold because it is controlled by the computer.
Consumers in the market have continuously increased their requirements for product quality and the right to know information, which has motivated merchants to increase the amount of information and improve the quality of product packaging.
In addition, with the adjustment of industrial modernization, more companies recognize the importance of laser processing equipment.
It is a very important link to improve enterprise economic efficiency, processing cost, speed, etc., and for production efficiency, it is One of the key points that manufacturers focus on The function of the fiber laser marking machine is to provide the company with higher productivity and create a higher market value.
So how to strengthen the marking speed of the fiber laser marking machine?
The key factors that directly affect the fiber laser marking machine can be divided into two aspects: internal factors and production and processing products.The key internal factors are the laser frequency, laser spot mode and beam divergence angle, laser power, scientific and reasonable optical shaping, and other auxiliary gases and substances for production and processing.
The key internal factors are paid special attention during the selection of the previous work model, and should be purchased in accordance with the recommendations of the laser technical engineer.In addition, the key factors require special attention from customers during production and processing.
The CO2 laser marking machine laser is a gas laser with a wavelength of 10.6um, which belongs to the mid-infrared frequency band.
The laser equipment uses non-contact processing, with high quality and small heat diffusion area, so it is very suitable for cutting textile fibers and various fabrics.
The laser equipment has a wide processing range, fast cutting speed, smooth cutting, no deformation, and the pattern can be output freely by a computer without a die.
It can greatly save labor and materials, and the production efficiency will be improved.
The use of laser equipment can not only improve the efficiency of processing and production, but also save the overall cost.
Today's laser equipment and machines basically combine cutting, punching, carving, etc., which can be a finished product at one time and save time.
Laser marking machine is non-contact processing, short processing time, thin marking line, suitable for pattern or text information marking on the surface of glass material.
There are several ways to mark glass with a laser marking machine.
Multiple laser irradiationA laser beam is used to generate a contoured mark on the surface of the glass.After a few days,the laser spreads to a region near the original mark to form a fragment,and then multiple radiations are used to heat the area adjacent to the marked area by heat conduction,so that these areas are formed.The stress gradient, which reduces the possibility of secondary breakage, is very effective in marking soda-lime glass and borosilicate glass using this method.Small glass bottles containing liquid medicines and glasses in daily life can be marked using this method.
Discrete point forming ring crack methodA series of circular cracks are used to form text, bar codes, square or rectangular codes, and other shape code patterns.
The CO2 laser marking machine sets fewer cracks caused by the marking parameters of a glass.
The glass generates low-density annular cracks through heating and cooling cycles.
Today's fiber laser marking machines have been fully integrated into all walks of life, but everyone is wondering why the price difference between fiber laser marking machines is so large, and now there are many personal customizations, and individual households will I feel very confused, only a few thousand cheap, tens of thousands expensive, then what are the differences between them, how can I buy a cost-effective device?
Can I make money by buying it?
The main components of a marking machine are divided into lasers, galvanometers, field mirrors, computers, boards, cabinets, etc., and lasers are the most influential on price and quality.
The laser structure of the fiber laser marking machine is actually not as complicated as imagined.
The laser is actually integrated by the module, but it is undeniable that this is a high-tech smart product created under a high civilization.
It is more complicated than the integrated module of the fiber laser marking machine, and it has stricter requirements on employees, environment and tools.
Consumers in the market have continuously increased their requirements for product quality and the right to know information, which has motivated merchants to increase the amount of information and improve the quality of product packaging.
In addition, with the adjustment of industrial modernization, more companies recognize the importance of laser processing equipment.
It is a very important link to improve enterprise economic efficiency, processing cost, speed, etc., and for production efficiency, it is One of the key points that manufacturers focus on The function of the fiber laser marking machine is to provide the company with higher productivity and create a higher market value.
So how to strengthen the marking speed of the fiber laser marking machine?
The key factors that directly affect the fiber laser marking machine can be divided into two aspects: internal factors and production and processing products.The key internal factors are the laser frequency, laser spot mode and beam divergence angle, laser power, scientific and reasonable optical shaping, and other auxiliary gases and substances for production and processing.
The key internal factors are paid special attention during the selection of the previous work model, and should be purchased in accordance with the recommendations of the laser technical engineer.In addition, the key factors require special attention from customers during production and processing.
With the rapid development of laser technology, the form of laser processing is also gradually changing.
It is favored by all walks of life for its fast, efficient and safe environmental protection.
It has a laser footprint in many areas.
In the application of graphic information marking, it is more common to use a conventional two-dimensional laser marking machine to perform planar marking on various metallic or non-metallic materials.
However, in order to meet the 3D surface marking requirements of various products on the market, 3D surface laser marking machines have appeared and continue to mature and develop.
Compared with the traditional 2D laser marking, 3D marking greatly reduces the surface flatness requirements of the processing object.
There are many powers of fiber laser marking machines.
Compared with traditional mechanical engraving, chemical etching, screen printing, ink printing and other methods, it has the advantages of low cost, high flexibility, and can be controlled by computer systems.
Moreover, the application range of fiber laser marking machine is very wide, such as: electronics and communication products, aerospace equipment, various automotive parts, home appliances, integrated circuit chips, computer parts, industrial bearings, food packaging, jewelry, tobacco, hardware tools , Molds, wires, cables, clocks, and other fields of graphics and text marking, metal and most non-metallic materials can be marked, but also to achieve a large-scale automated production line.
As long as the parameters are adjusted correctly, ordinary fiber laser marking machines can also do it.
Now many stainless steel rice spoons and stainless steel chopsticks use fiber laser marking.
There are no restrictions on the pattern of the laser marking machine using the laser marking machine, and there is no need to change the mold because it is controlled by the computer.
The CO2 laser marking machine laser is a gas laser with a wavelength of 10.6um, which belongs to the mid-infrared frequency band.
The laser equipment uses non-contact processing, with high quality and small heat diffusion area, so it is very suitable for cutting textile fibers and various fabrics.
The laser equipment has a wide processing range, fast cutting speed, smooth cutting, no deformation, and the pattern can be output freely by a computer without a die.
It can greatly save labor and materials, and the production efficiency will be improved.
The use of laser equipment can not only improve the efficiency of processing and production, but also save the overall cost.
Today's laser equipment and machines basically combine cutting, punching, carving, etc., which can be a finished product at one time and save time.
Laser marking machine is non-contact processing, short processing time, thin marking line, suitable for pattern or text information marking on the surface of glass material.
There are several ways to mark glass with a laser marking machine.
Multiple laser irradiationA laser beam is used to generate a contoured mark on the surface of the glass.After a few days,the laser spreads to a region near the original mark to form a fragment,and then multiple radiations are used to heat the area adjacent to the marked area by heat conduction,so that these areas are formed.The stress gradient, which reduces the possibility of secondary breakage, is very effective in marking soda-lime glass and borosilicate glass using this method.Small glass bottles containing liquid medicines and glasses in daily life can be marked using this method.
Discrete point forming ring crack methodA series of circular cracks are used to form text, bar codes, square or rectangular codes, and other shape code patterns.
The CO2 laser marking machine sets fewer cracks caused by the marking parameters of a glass.
The glass generates low-density annular cracks through heating and cooling cycles.