TruLaser7040 Fast and Efficient Laser Cutting Machine has a production capacity of up to 6000 watts of laser power

Related content and attention to details of steel plate processing (4) Adding compensation optical path systems in the x and y directions on the flying optical path cutting machine, that is, shortening the compensation optical path when the cutting far end optical path increases; On the contrary, when the cutting near end optical path is reduced, the compensation optical path is increased to maintain the same optical path length..

The characteristics and advantages of laser engraving and cutting machine for Dongying tie bars are that laser processing has significant advantages such as wide processing objects, small deformation, high precision, energy saving, low pollution, non-contact remote interval processing, and active processing. The cutting seam is narrow, the carving is fine, and blind grooves that cannot be penetrated can be cut freely; Can be conveniently applied to ultra-thin, fragile, brittle, soft, hard materials and synthetic materials; Fast cutting speed; No tool wear and tear; Easy to control with CNC and computer: convenient for assembly line operations. With the growth of light, motor, material, computer, and control skills, it has gradually become a new processing skill. The laser engraving and cutting machine combines the functions of laser engraving and laser cutting, and places higher demands on the laser and control system. It combines all the advantages of engraving and cutting, is versatile, and has a higher cost-effectiveness. It is widely used in various industries such as advertising technology, mold modeling, printing and plate making, leather goods, electronic instruments, etc. The working principle of laser engraving and cutting machine: Laser has the characteristics of high correlation, directionality, and high intensity, making it easy to achieve high luminous flux density. The strong beam is focused on the medium, and the process of interaction between laser and material is used to twist the properties of the material, which is laser processing. Generally speaking, it is triggered by a specific medium material to generate a high-energy beam, and the beam is controlled. When the beam hits a certain point on the appearance of an object, the material at that point quickly melts or vaporizes due to high temperature, thus reaching the necessary predetermined material form, that is, twisting the shape of the material by controlling the energy, speed, direction, and walking trajectory of the laser. Satisfying our needs is laser processing. Laser engraving and laser cutting are two different working methods. Laser engraving is usually composed of a carbon dioxide laser, specialized laser engraving software, active control system, and fine machinery, and belongs to low-cost high-tech laser products. Laser, active control system, and fine mechanical components are the key to balancing machines. Laser cutting is the process of melting or vaporizing a workpiece using a focused high-energy laser beam, and blowing out the melted or oxidized material with an auxiliary gas to form a cut. Laser cutting is one of the most mature and widely used laser processing skills in today's laser processing industry..

Where is the best place for Dongying pile tip? The laser beam is irradiated onto the surface of the workpiece to reach the melting point or boiling point, and the high-pressure gas coaxial with the beam blows away the melted or vaporized metal. The cutting robot uses an invisible beam instead of traditional mechanical knives for processing, which has the characteristics of high precision, fast cutting speed, not limited to cutting patterns, automatic layout saving materials, smooth cutting, and low processing costs. It will gradually improve or replace traditional metal cutting process equipment. The mechanical part of the laser blade has no contact with the workpiece and will not cause scratches on the surface of the workpiece during operation. The cutting robot has a fast speed and a smooth and flat incision, generally requiring no subsequent processing. The cutting heat affected zone is small, the plate deformation is small, the cutting seam is narrow (0.1mm~0.3mm), the incision has no mechanical stress, no shear burrs, high processing accuracy, good repeatability, and does not damage the material surface. It can be programmed with CNC to process any flat surface and can cut large entire boards without the need for molds, which is economical and time-saving. The above text is about the working principle of laser cutting robots, hoping to provide substantial help to everyone. In the process of intelligent industrial production, utilizing advanced automation equipment can create more value for enterprises and enable them to gain more development advantages in the fiercely competitive market, which is an important measure for the steady development of enterprises..

Color steel house 4. Non contact cutting, no damage to the surface of the workpiece 5. Environmentally friendly and pollution-free, the equipment has no pollution sources or noise output, and the pollution to the environment and human body is basically zero. Although laser cutting machines have obvious advantages, in order to achieve ideal cutting results, it is also necessary to master their processing technology parameters and operating skills. Especially in the process of fiber laser cutting machine processing, it is necessary to choose the appropriate cutting speed, otherwise it may cause a decrease in cutting quality. Laser cutting technology has incomparable advantages compared to other traditional cutting methods. Laser cutting machines not only have the main characteristics of narrow cutting seams and small workpiece deformation, but also have the characteristics of fast speed, high efficiency, low cost, safe operation, and stable performance.? That's all for the characteristics of automatic laser cutting equipment. Adopting laser cutting technology can improve product quality, ensure production efficiency of enterprises, effectively increase the utilization rate of raw materials, greatly reduce production costs, and provide enterprises with more competitive advantages in the fiercely competitive market, enabling them to achieve sustainable development..

Sandwich panel prestressed TruLaser7040 fast and efficient laser cutting machine. With a maximum laser power of 6000 watts, the production capacity of TruLaser7040 fast and efficient laser cutting machine can achieve high-speed cutting speed using linear drive technology, and achieve high speed and power. The integrated tray exchange device can quickly switch thin plates in seconds, greatly reducing the additional time required for modification processing, ensuring fast and safe processing, and agile removal of processing residues and small parts through the longitudinal conveyor belt. The quality of processing assistance is greatly reduced. With outstanding rigid machine tool structure, excellent summary processing accuracy and flexibility can be achieved. It can be matched with automatic devices, or choose to use a cutting head to complete product processing and equipment equipment skill parameters. Size, length, 15800mm, width, 7280mm, height, 3090mm, component body. Weight 15500kg Maximum speed synchronization 304m/min work area X axis 2500mm Y axis 4000mm maximum workpiece weight 2000kg laser specific data TruFlow3200 maximum laser power 3200W1 maximum structural steel plate thickness 20mm maximum stainless steel plate thickness 12mm maximum aluminum plate thickness 8mm laser specific data TruFlow4000 maximum laser power 4000W1 maximum structural steel plate thickness 20mm maximum stainless steel plate thickness 15mm maximum aluminum plate thickness 10mm laser specific data TruFlow6000 maximum laser power 6000W1 maximum structural steel plate thickness 25mm maximum stainless steel plate thickness 25mm maximum aluminum plate thickness 16mm average power consumption in production TruFlow320054kW average power consumption in production TruFlow400056kW average power consumption in production TruFlow600066kW

And today we are going to talk about the welding technology in sheet metal processing. During the welding process, argon arc welding, carbon dioxide welding, spot welding, and manual arc welding can be selected. In the process of spot welding, it is necessary to consider the corresponding welding position accuracy and process effect. The name of Xi'an Hongtu Lighting Engineering Co., Ltd. is derived from the business philosophy of "One Promise, One Win, Mutual Benefit, and Eternal Quality", which embodies the commitment of enterprise management, the goal of win-win and mutual benefit, and the principle of eternal quality. In order to achieve better welding in sheet metal processing, it is necessary to carry out spot welding process on the welded workpiece, which can ensure good and smooth contact between the sheet metal shell and spot welding, thus ensuring the smoothness during the welding process. During the cutting process, auxiliary gases suitable for the material being cut are also added. When cutting steel, oxygen is used as an auxiliary gas to produce an exothermic chemical reaction with the molten metal, oxidizing the material and helping to blow away the slag inside the cutting seam. Cutting polypropylene and other plastics uses compressed air, while cutting flammable materials such as cotton and paper uses inert gases. The auxiliary gas entering the nozzle can also cool the focusing lens, preventing smoke and dust from entering the lens holder and contaminating the lens, leading to overheating of the lens. Most organic and inorganic materials can be cut by laser. Someone asked where there is a laser cutting processing factory in Shaanxi, so they turned to Xi'an Hongtu Laser Cutting Processing Factory.

1： The main part of the machine tool is the most important component of the entire laser cutting machine. The cutting function and cutting accuracy of the laser cutting machine are achieved by the main part, which consists of the bed, worktable, cantilever part, operation control part, air and water circuits, etc. Secondly, the laser can generate cutting power requirements for various profiles, and the laser beam is stable and reliable. 3： The chiller unit provides powerful cooling capacity for the laser, ensuring that the laser always operates at its rated temperature. 4： The cold air system uses an oil-free air compressor to provide a stable and clean air source, ensuring the cleanliness of the air inside the laser cutting head and optical path; Strong cold air is blown out from the cutting head to ensure that the contour of the product after laser cutting is clean and the surface is free of impurities. 5： The exhaust system adopts a high-power exhaust fan to remove various harmful dust and gases generated during laser cutting, in order to improve the working environment for operators..

ldquo， The problem with mechanical processing is that the speed is too slow, "Bartholomew said," and mechanical processing can easily damage some of the laminated layers, such as peeling off the topmost layer. ldquo， So, the cost issue and the problems caused by mechanical processing of gaskets led customers to seek better solutions and try cutting with fiber laser. Whitney first tested and cut small samples to determine cutting parameters, and then conducted cutting tests on actual components. Whitney conducted tests using various methods, including determining which method yields better cutting results when cutting from both the front and back sides of the laminated layer. Additionally, it is important to set parameters to ensure that the cutting edges are not welded together. This is something to be particularly careful with when cutting thin sheets, "Bartholomew said. ldquo， If the cutting edges are welded together, you will not be able to peel off the laminated layer. Whitney tested a large number of samples with various parameters, cutting from the front and back of the laminated layer at different cutting speeds, and finally confirmed that the fiber laser can cut the gasket without welding the cutting edge and damaging the laminated layer. ldquo， In this case, our cutting speed can reach 22.86m/min when cutting from the back of aluminum gaskets, and 3.048m/min when cutting stainless steel gaskets, "Bartholomew said. Although Whitney has proven that fiber lasers can cut gaskets, aerospace industry customers themselves must conduct some testing. They are concerned about fatigue performance, "Bartholomew said.

But our industry developed relatively late compared to foreign countries, so there is a certain gap in technology with developed countries. Many businesses are not very familiar with this trend, and there is still a lot of potential space in the market. So, how can we improve the market share of domestic laser cutting machines? Firstly, the high cost of laser cutting machines has deterred many small businesses from doing so. So reducing cost is the primary issue. Due to the lack of many domestic technologies, many mechanical parts of laser cutting machines rely on foreign imports, which greatly increases the cost of production. In order to better solve this problem, we should increase the development and research of laser cutting machine parts to achieve better results. This fundamentally solves the cost problem of laser cutting machines. Then we need to know that many enterprises and manufacturers are still stuck in traditional processing methods, so we need to do sufficient promotion and popularize knowledge in this area. In this fiercely competitive environment, if we do not innovate and reform to improve production efficiency, we may be caught up and replaced by other enterprises. Therefore, vigorously promoting knowledge in this area can also increase our market share in China..

The acceleration and deceleration curve setting of the servo motor directly affects the positioning accuracy of the motion control platform, and a reasonable acceleration and deceleration curve setting can improve the positioning accuracy of the motion platform while ensuring its stable operation. If the acceleration and deceleration settings are too large, the positioning accuracy of the machine will improve, but there will be shaking when the motion platform starts and stops. If the acceleration and deceleration are set too low, the motion platform will start and stop smoothly, but the positioning accuracy will decrease. The impact of the detection system on the positioning accuracy of the motion platform. The detection system of CNC equipment usually consists of commonly used position detection components such as grating rulers, encoders, and induction synchronizers. The detection component mainly detects the movement position of the platform motion mechanism and feeds back the detection value to the controller or related servo motor. The impact of detection components on the positioning accuracy of the motion platform is mainly manifested in the following three aspects: 1. When the installation position of the detection component becomes loose during use, the position signal detected by the detection component will be abnormal, which will affect the position control accuracy. 2. When the detection component is contaminated with dust and oil, it can cause the loss of the detected position signal, thereby affecting the accuracy of position control. 3. When the working stability of the detection component itself is poor, the detected data will also be unstable, thereby affecting the positioning accuracy. 1.3 The impact of the transmission system on the positioning accuracy of the motion platform. The transmission accuracy of the transmission system directly affects the accuracy of the positioning system of the motion platform.