Do You Know How Much Laser Cutting Machine?
The technology of laser cutting refers to the use of materials for laser beam cutting. This method led to the invention of many industrial processes that redefined the speed of manufacturing the production line and the strength of industrial industrial applications.
Laser cutting is a relatively new technology. The intensity of laser or electromagnetic radiation is used to cut materials with different strengths. The technology is designed to accelerate the production process. The use of a laser beam for industrial industrial applications is particularly useful in the molding of structural and / or cable materials. Compared with mechanical cutting, laser cutting does not contaminate the material due to lack of physical contact. In addition, thin light jets increase accuracy, which is a very important factor in industrial applications. Due to the lack of wear on the device, computerized jets reduce the likelihood that expensive materials are deformed or exposed to large amounts of heat.
It includes the emission of laser beams, stimulation of some laser materials. When this material (gas or radio frequency) is exposed to a discharge inside the housing, irritation occurs. Once the laser material is excited, the beam is reflected and reflected from the partial mirror. Provision of strength collections and sufficient energy for output in the form of monochromatic coherent light. Further, the light passes through the lens and is focused in a strong beam having a diameter of not more than 0.0125 inches. Adjust the width of the beam, depending on the material to be cut. It can be as small as 0.004 inches. Contact points on surface materials are usually referred to as "penetration". A laser beam of a powerful pulse is sent to this point, and then to the material as needed. The following methods are used in this method:
• evaporation
• Melting and blowing
• smelt, blow and burn
• Thermal stress cracking
• Intersection
• Cold cutting
• combustion
What is the laser cutting function?
Laser cutting is an industrial application, obtained with the help of laser devices for electromagnetic radiation created by stimulated emission. The resulting "light" is emitted by a beam with a low divergence. This refers to the use of a directional powerful laser output for cutting material. As a result, the material melts and melts faster. In the industrial sector, this technology is widely used in the incineration and evaporation of materials, such as heavy metal sheets and rods, as well as the various sizes and strengths of industrial components. The advantage of using this method is that after the desired change is made, the debris is blown off by the gas jet, so that the material has a high-quality surface.
Equipment for laser cutting CO2
There are many different uses of lasers designed for specific industrial applications.
CO2 lasers operate on a mechanism specified by a gas mixture of direct current or radio-frequency energy. In the design of direct current, an electrode is used inside the resonator, and an external electrode is used in the RF resonator. Use different configurations in industrial machines for laser cutting. They are selected in accordance with how the laser beam is processed on the material. A & quot; Laser with moving material "Includes a fixed cutting head where manual intervention is required primarily to move the material under it In the case of a" hybrid laser "there is a table moving along the XY axis and a beam transport path is provided." Flying optical lasers "are equipped with stationary And horizontally-working laser beams.Now technology allows to cut any surface material with minimal effort and time.
Laser cutting is a relatively new technology. The intensity of laser or electromagnetic radiation is used to cut materials with different strengths. The technology is designed to accelerate the production process. The use of a laser beam for industrial industrial applications is particularly useful in the molding of structural and / or cable materials. Compared with mechanical cutting, laser cutting does not contaminate the material due to lack of physical contact. In addition, thin light jets increase accuracy, which is a very important factor in industrial applications. Due to the lack of wear on the device, computerized jets reduce the likelihood that expensive materials are deformed or exposed to large amounts of heat.
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It includes the emission of laser beams, stimulation of some laser materials. When this material (gas or radio frequency) is exposed to a discharge inside the housing, irritation occurs. Once the laser material is excited, the beam is reflected and reflected from the partial mirror. Provision of strength collections and sufficient energy for output in the form of monochromatic coherent light. Further, the light passes through the lens and is focused in a strong beam having a diameter of not more than 0.0125 inches. Adjust the width of the beam, depending on the material to be cut. It can be as small as 0.004 inches. Contact points on surface materials are usually referred to as "penetration". A laser beam of a powerful pulse is sent to this point, and then to the material as needed. The following methods are used in this method:
• evaporation
• Melting and blowing
• smelt, blow and burn
• Thermal stress cracking
• Intersection
• Cold cutting
• combustion
What is the laser cutting function?
Laser cutting is an industrial application, obtained with the help of laser devices for electromagnetic radiation created by stimulated emission. The resulting "light" is emitted by a beam with a low divergence. This refers to the use of a directional powerful laser output for cutting material. As a result, the material melts and melts faster. In the industrial sector, this technology is widely used in the incineration and evaporation of materials, such as heavy metal sheets and rods, as well as the various sizes and strengths of industrial components. The advantage of using this method is that after the desired change is made, the debris is blown off by the gas jet, so that the material has a high-quality surface.
 |
There are many different uses of lasers designed for specific industrial applications.
CO2 lasers operate on a mechanism specified by a gas mixture of direct current or radio-frequency energy. In the design of direct current, an electrode is used inside the resonator, and an external electrode is used in the RF resonator. Use different configurations in industrial machines for laser cutting. They are selected in accordance with how the laser beam is processed on the material. A & quot; Laser with moving material "Includes a fixed cutting head where manual intervention is required primarily to move the material under it In the case of a" hybrid laser "there is a table moving along the XY axis and a beam transport path is provided." Flying optical lasers "are equipped with stationary And horizontally-working laser beams.Now technology allows to cut any surface material with minimal effort and time.
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