First, the characteristics of laser cutting:
(1) Cutting slits: Laser slitting is generally 0.10-0.20mm. 2. The cutting surface is smooth: the laser-cut cutting surface has no burr, and the surface roughness is generally controlled at Ra:12.5 or more. 3. Fast speed: The speed of laser cutting is much faster than that of wire cutting. The speed of cutting a 6mm steel plate can reach 2m/min. 4. Heat distortion is small: laser processing laser slits fine, fast, and energy concentrated, so the heat transferred to the material being cut is small, causing deformation of the material is also very small.
(2). Suitable for processing of large-size products: The manufacturing cost of large-size products is high, laser processing does not require any mold manufacturing, and laser processing completely avoids the formation of edge collapses when the material is punched and cut, which can significantly reduce the production cost of the company and improve the product. The grade.
(3). It is very suitable for the development of new products and shortens the development cycle: Once the product drawing is formed, laser processing can be performed immediately, and you can get the real product of the New Product in the shortest time.
(4). Saving material: Laser processing uses computer programming, which allows different shapes of products to be tailored to maximize the utilization of materials.
(5). Materials suitable for laser processing: The laser can process high density plates, medium density boards, plywood, organic glass plates, steel plates, stainless steel, aluminum alloy plates, hard alloys, and the like.
Second, laser cutting processing industry:
(1) The current applications of laser cutting are mainly elevators, escalators, textile machinery, food machinery, light industry machinery, refrigeration machinery, printing machinery, traffic machinery, port machinery, transport machinery, shipbuilding machinery, agricultural machinery, and road construction machinery. , handling machinery, environmental protection machinery, metallurgical machinery and electronic, electrical industry, such as sheet metal processing.
(2) Cutting and forming of various types of rotors, stators, and blades in the motor manufacturing industry.
(3) All kinds of saw blades and other cutting tools in the measuring tools and cutting tools industry.
(4) The automobile manufacturing industry includes parts, assembly and assembly and assembly of components in the assembly line.
(5) Advertising, decoration and handicraft production.
Third, the processing capacity and precision of the equipment The maximum thickness of the material to be cut Positioning accuracy Machining accuracy Surface roughness Ra High density board 20mm 0.03mm 0.10mm ≤12.5μm MDF 20mm 0.03mm 0.10mm ≤12.5μm Plywood 25mm 0.03mm 0.10mm ≤12.5 Μm Organic glass plate 25mm 0.03mm 0.10mm ≤12.5μm Steel plate 16mm 0.03mm 0.10mm ≤12.5μm Stainless steel 6mm 0.03mm 0.10mm ≤12.5μm Aluminum alloy plate 3mm 0.03mm 0.10mm ≤12.5μm Carbide alloy 16mm 0.03mm 0.10mm ≤ 12.5μ professional externally processed tube laser processing center is put into production; cutting can be performed on any surface of the tube or along the length of the tube, and different processing procedures are completed in one operation. One device is automatically completed at one time. The application of laser technology in pipe processing brings more new process applications, more new management systems can be achieved, and brings revolutionary changes to pipe processing. Today, we can finally achieve: fewer people, fewer places , faster, more flexible, and lower cost.
Cutting range: diameter 20-150 mm square tube length 20-120 mm high-speed Longmen series laser cutting machine has the following advantages: good structure, excellent configuration, high precision, high speed: gantry beam, flying light, the most mature technology ; Fast speed, high precision, good structural rigidity and high stability. The machine kinematics uses imported precision ball linear guides with high precision and speed. The maximum speed is 50m/min, the positioning accuracy is ±0.05mm/m, and the repeat positioning accuracy is 0.03mm.
Laser cutting principle The laser machining principle is that the laser light is irradiated on the object to be processed, and its energy is highly concentrated in a short time, instantly melting and gasifying the material. Drilling, cutting, welding, and etching are performed by this method to solve the difficult processing of hard, extremely brittle, and infusible materials, with high speed, high precision, and minimal deformation of the workpiece, and are particularly suitable for precision parts and micro parts. Operates and is more economical than normal machining processes. .
Cutting advantages:
. Cutting slits: laser cutting slits are generally 0.10-0.20mm. 2. The cutting surface is smooth: the laser-cut cutting surface has no burr, and the surface roughness is generally controlled at Ra:12.5 or more. 3. Fast speed: The speed of laser cutting is much faster than that of wire cutting. The speed of cutting a 6mm steel plate can reach 2m/min. 4. Heat distortion is small: laser processing laser slits fine, fast, and energy concentrated, so the heat transferred to the material being cut is small, causing deformation of the material is also very small.
. Suitable for processing of large-size products: The manufacturing cost of large-size products is high, laser processing does not require any mold manufacturing, and laser processing completely avoids the formation of edge collapses when the material is punched and cut, which can significantly reduce the production cost of the company and improve the product. The grade.
. It is very suitable for the development of new products and shortens the development cycle: Once the product drawing is formed, laser processing can be performed immediately, and you can get the real product of the new product in the shortest time.
. Saving material: Laser processing uses computer programming, which allows different shapes of products to be tailored to maximize the utilization of materials.
. Materials suitable for laser processing: The laser can process high density plates, medium density boards, plywood, organic glass plates, steel plates, stainless steel, aluminum alloy plates, hard alloys, and the like.
(1) Cutting slits: Laser slitting is generally 0.10-0.20mm. 2. The cutting surface is smooth: the laser-cut cutting surface has no burr, and the surface roughness is generally controlled at Ra:12.5 or more. 3. Fast speed: The speed of laser cutting is much faster than that of wire cutting. The speed of cutting a 6mm steel plate can reach 2m/min. 4. Heat distortion is small: laser processing laser slits fine, fast, and energy concentrated, so the heat transferred to the material being cut is small, causing deformation of the material is also very small.
(2). Suitable for processing of large-size products: The manufacturing cost of large-size products is high, laser processing does not require any mold manufacturing, and laser processing completely avoids the formation of edge collapses when the material is punched and cut, which can significantly reduce the production cost of the company and improve the product. The grade.
(3). It is very suitable for the development of new products and shortens the development cycle: Once the product drawing is formed, laser processing can be performed immediately, and you can get the real product of the New Product in the shortest time.
(4). Saving material: Laser processing uses computer programming, which allows different shapes of products to be tailored to maximize the utilization of materials.
(5). Materials suitable for laser processing: The laser can process high density plates, medium density boards, plywood, organic glass plates, steel plates, stainless steel, aluminum alloy plates, hard alloys, and the like.
Second, laser cutting processing industry:
(1) The current applications of laser cutting are mainly elevators, escalators, textile machinery, food machinery, light industry machinery, refrigeration machinery, printing machinery, traffic machinery, port machinery, transport machinery, shipbuilding machinery, agricultural machinery, and road construction machinery. , handling machinery, environmental protection machinery, metallurgical machinery and electronic, electrical industry, such as sheet metal processing.
(2) Cutting and forming of various types of rotors, stators, and blades in the motor manufacturing industry.
(3) All kinds of saw blades and other cutting tools in the measuring tools and cutting tools industry.
(4) The automobile manufacturing industry includes parts, assembly and assembly and assembly of components in the assembly line.
(5) Advertising, decoration and handicraft production.
Third, the processing capacity and precision of the equipment The maximum thickness of the material to be cut Positioning accuracy Machining accuracy Surface roughness Ra High density board 20mm 0.03mm 0.10mm ≤12.5μm MDF 20mm 0.03mm 0.10mm ≤12.5μm Plywood 25mm 0.03mm 0.10mm ≤12.5 Μm Organic glass plate 25mm 0.03mm 0.10mm ≤12.5μm Steel plate 16mm 0.03mm 0.10mm ≤12.5μm Stainless steel 6mm 0.03mm 0.10mm ≤12.5μm Aluminum alloy plate 3mm 0.03mm 0.10mm ≤12.5μm Carbide alloy 16mm 0.03mm 0.10mm ≤ 12.5μ professional externally processed tube laser processing center is put into production; cutting can be performed on any surface of the tube or along the length of the tube, and different processing procedures are completed in one operation. One device is automatically completed at one time. The application of laser technology in pipe processing brings more new process applications, more new management systems can be achieved, and brings revolutionary changes to pipe processing. Today, we can finally achieve: fewer people, fewer places , faster, more flexible, and lower cost.
Cutting range: diameter 20-150 mm square tube length 20-120 mm high-speed Longmen series laser cutting machine has the following advantages: good structure, excellent configuration, high precision, high speed: gantry beam, flying light, the most mature technology ; Fast speed, high precision, good structural rigidity and high stability. The machine kinematics uses imported precision ball linear guides with high precision and speed. The maximum speed is 50m/min, the positioning accuracy is ±0.05mm/m, and the repeat positioning accuracy is 0.03mm.
Laser cutting principle The laser machining principle is that the laser light is irradiated on the object to be processed, and its energy is highly concentrated in a short time, instantly melting and gasifying the material. Drilling, cutting, welding, and etching are performed by this method to solve the difficult processing of hard, extremely brittle, and infusible materials, with high speed, high precision, and minimal deformation of the workpiece, and are particularly suitable for precision parts and micro parts. Operates and is more economical than normal machining processes. .
Cutting advantages:
. Cutting slits: laser cutting slits are generally 0.10-0.20mm. 2. The cutting surface is smooth: the laser-cut cutting surface has no burr, and the surface roughness is generally controlled at Ra:12.5 or more. 3. Fast speed: The speed of laser cutting is much faster than that of wire cutting. The speed of cutting a 6mm steel plate can reach 2m/min. 4. Heat distortion is small: laser processing laser slits fine, fast, and energy concentrated, so the heat transferred to the material being cut is small, causing deformation of the material is also very small.
. Suitable for processing of large-size products: The manufacturing cost of large-size products is high, laser processing does not require any mold manufacturing, and laser processing completely avoids the formation of edge collapses when the material is punched and cut, which can significantly reduce the production cost of the company and improve the product. The grade.
. It is very suitable for the development of new products and shortens the development cycle: Once the product drawing is formed, laser processing can be performed immediately, and you can get the real product of the new product in the shortest time.
. Saving material: Laser processing uses computer programming, which allows different shapes of products to be tailored to maximize the utilization of materials.
. Materials suitable for laser processing: The laser can process high density plates, medium density boards, plywood, organic glass plates, steel plates, stainless steel, aluminum alloy plates, hard alloys, and the like.
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