In fact, there is a CNC system inside the fiber laser cutting machine, operated and controlled by a computer, which can achieve cutting and master various data during the cutting process. This mechanical equipment has the smallest accuracy

The second-hand fiber laser cutting machine for steel structure design recycling is unlikely to be a self owned brand equipment. The most powerful manufacturer of this brand does not use laser cutting machines that do not belong to their own brand. This also realizes the non recycling process of second-hand laser cutting machines. 2. In the second-hand laser cutting machine used, the user's previous working process and the operation of the equipment are not fully understood. This situation can also cause many hidden factors in the internal equipment, making this second-hand laser cutting machine a risk. The difference between the new laser cutting machine and the second-hand laser cutting machine is not very obvious. If possible, why not purchase a new laser cutting machine at such a small price? And the new laser cutting machine has good protection and a complete after-sales team, why not?.

The laser beam diameter of the steel pile tip laser cutting machine can reach 0.1 millimeters, and the cutting diameter on metal materials can reach about 0.2 millimeters. Therefore, the cutting pattern is very good. It not only improves the artistic taste and technical content of sheet metal processing, but also increases the profit margin. Therefore, when operating the fiber laser cutting machine, everyone must cherish and operate it in a standardized manner, so that the equipment can better serve everyone. (Author: Qingyuan Laser).

The cutting quality of round steel can be assessed by the dimensional accuracy of the cut part, the deformation after cutting, the surface roughness of the top and bottom of the cutting surface, the thickness of slag hanging on the cutting surface, etc. These measurement standards are determined by the material and shape of the part, the machining accuracy, the characteristics of the laser beam, and the cutting conditions of the laser processing optical system composed of laser, gas nozzle, and beam scanning method. The new generation TruDisk disc laser is designed to be more compact, reducing operating costs by up to 25%. Greatly reducing energy consumption, with a conversion efficiency of up to 30%. The redesigned control system has intelligent energy management capabilities, ensuring that the laser is always in a state of energy use, even during operation intervals. The experimental material selected is SS400 steel, with specifications of 200mmtimes, 50mmtimes, and 6mm. Firstly, a 2000W disc laser cutting machine system was used to adjust different parameters for cutting 6mm thick SS400 carbon steel plate. The cut specimens were studied, and the cutting cross-section, angle, and seam width were analyzed and observed. Under the conditions of selecting a power of 2.0kW, collimating lens and focusing lens, and nozzle diameter, the cutting speeds are 1.5m/min, 2.0m/min, 2.5m/min, 3.0m/min, and 3.5m/min, respectively. According to the experimental results, it can be found that when the cutting speed is 1.5m/min, the cutting seam is wider and the slag hanging on the back is obvious. When the cutting speed is 3.0m/min and 3.5m/min, the cutting cannot be penetrated and the slag hanging on the back is severe. So the cutting effect is relatively good when the cutting speed is 2.0m/min. When the cutting speed is 2.0m/min and the auxiliary gas pressure range is 0.5-5.0kgf/cm2, the variation curve of parameters such as cutting seam width and section inclination angle is shown.

Grid 2. Water replacement and cleaning of water tank: Before starting work, the robot must ensure that the laser tube is filled with circulating water. The water quality and temperature of the laser cutting machine's circulating water directly affect the service life of the laser tube. It is recommended to use pure water and control the water temperature below 35 ℃. 3. To clean the water tank, first turn off the power, unplug the water inlet pipe, and let the water in the laser tube automatically flow into the water tank. Open the water tank, remove the water pump, and clean the dirt on the water pump. Clean the water tank, replace the circulating water, restore the water pump to the water tank, insert the water pipe connecting the water pump into the inlet, and organize all the joints. Turn on the water pump separately and run it for 2-3 minutes (to fill the laser tube with circulating water). 4. The long-term use of the cleaning fan can accumulate a lot of solid dust inside the fan, causing it to produce a lot of noise and not conducive to exhaust and deodorization. When the suction of the fan is insufficient and the smoke exhaust is not smooth, first turn off the power, remove the inlet and outlet ducts on the fan, remove the dust inside, then invert the fan and pull out the blades inside until it is clean, and then install the fan. Do you now know how to maintain a laser cutting robot? I hope my introduction can be helpful. If you want the robot to work normally for a long time, daily maintenance is necessary. Only by doing a good job in the maintenance of the robot can you reduce the company's expenses and bring more benefits to the company..

However, compared with mechanical chip cutting technology, laser cutting technology usually has advantages over materials such as non-contact processing, reduced setup costs, reduced pollution, and processing flexibility, which are only a small part of it. The ideal cutting method varies depending on the material and application, as each processing method has its advantages..

Our main business is the design, research and development, and sales of seismic and load-bearing finished supports and hangers for mechanical and electrical engineering under the brand name "Bangda". It has been widely used in real estate, public buildings, and other engineering projects. We are one of the enterprises with strong production capacity in the same industry. The approval and release of GB50981-2014 "Code for Seismic Design of Building Mechanical and Electrical Engineering", CJ/T476-2015 "General Technical Conditions for Seismic Support and Hangers of Building Mechanical and Electrical Equipment", and CECS420:2015 "Installation and Acceptance Regulations for Seismic Support and Hangers" provide authoritative guidance for our research and development. Our product design draws on the deep industrial foundation of Europe and America. Based on years of domestic construction site research and relevant national standards, we have conducted multiple tests and continuously improved our products. From material selection, structure to process, and other details, we are among the top in the industry. Our professional technical team provides CAD drawing, BIM pipeline comprehensive support layout, support structure system stress load calculation for your project. We will provide you and your end users with a reliable support and hanger system solution. The R&D team has more than 10 years of work experience. The factory is located in Huadu District, Guangzhou, with a building area of about 5000 square meters. The number of fixed production workers is around 20. The steel production line can produce various specifications of C-shaped steel, special-shaped steel, and other profile cutting, folding, and punching equipment. More than 60 sets of equipment have an annual production capacity of over 10000 tons. It is an ISO9001 certified enterprise that strictly controls orders, designs, production processes, and product quality in accordance with the procedures of the ISO9001 quality certification system from production to management. The product strictly adheres to relevant standards and regulations and has passed ISO9001:2008 quality management system certification, national building materials testing center testing, and obtained corresponding certificates. Technological innovation and forward thinking are Bangda's commitment to pursuing research and development, as well as owning multiple patented products, which have created high social benefits and obtained high economic benefits. In view of this, Bangda believes that it meets the conditions for cultivating and entering Guangdong Province's high-tech enterprises, and is actively applying for national high-tech enterprise recognition and has obtained qualified approval for some procedures. Contract abiding and trustworthy products and services have received unanimous praise from partners such as Vanke, China Merchants Real Estate, Poly Real Estate, R&F Real Estate, and Greenland Real Estate. Adhering to the spirit of pursuing quality, enthusiastic service, striving for innovation, and constantly advancing, we face various challenges. Shenzhen Ulike Technology Co., Ltd. (stock abbreviation: Ulike, stock code: 836715) is the chief editor or drafting unit of national high-tech enterprise industry standards, acceptance procedures, and standard atlas. The main business of M74 is a system integration service that integrates the research and development, design, production, and sales of building mechanical and electrical supports and hangers. According to the industry classification guidelines for listed industries, M74's professional technical service industry includes providing seismic design solutions for construction units and contractors, selling seismic supports and hangers, and comprehensive supports and hangers (including finished supports and hangers, pipe gallery supports), which are widely used in urban underground comprehensive pipe galleries, rail transit, energy and nuclear power, medical, civil, industrial, and national defense fields.

In fact, there is a CNC system inside the fiber laser cutting machine, operated and controlled by a computer, which can achieve cutting and master various data during the cutting process. This mechanical equipment has the smallest accuracy. During the work process, the CNC system will move the site, that is, move the laser, to achieve cutting. It is precisely because of the combination of this mechanical equipment and laser that cutting equipment has high precision and high cutting speed. Capable of producing perfect precision parts. Fiber laser cutting machine combines mechanical equipment with laser. During the work process, the CNC system will control the motion points and perform cutting. The internal structure of this mechanical equipment is relatively complex and controlled by a computer. In the process of using this type of machinery, the CNC system can control the motion points, enabling it to cut on the surfaces of various metal plates, instantly melting and evaporating the metal. Producing precision parts, therefore this type of machinery plays an indelible role in modern industry..

With the ABB Absolute Accuracy calibration system, simulation results can achieve high accuracy. RobotStudio can also easily import mainstream CAD format data such as IGES, STEP, CATIA, etc., and then develop robot programs based on these data. By using the AutoPath function in the software, the robot position (path) required to track the machining curve can be automatically generated within a few minutes, effectively solving the problem of complex cutting curves in laser cutting that cannot be generated through demonstration, greatly saving programming time. The ABB robot adopts a touch screen teaching pendant FlexPendent, which is very convenient to use with the joystick and simple button design on the teaching pendant. At the same time, ABB's newly developed specialized cutting operation software has a good laser cutting human-machine interface, displaying cutting parameter settings, shaft friction adjustment, and I/O monitoring interfaces in graphical, digital, and other forms on the teaching pendant. The interface is very user-friendly, making it easy for users to monitor and operate the system's status..

Thus reducing damage to the lens. 4. Using fewer high-speed perforations and conventional perforations can extend the lifespan of the focusing lens. 5. Clean and maintain the focusing lens before each startup. When cleaning the focusing lens of the fiber laser cutting machine, please use clean wiping paper and optical grade solvents frequently to avoid damage from other pollutants. The wiping paper must be moistened with a suitable solvent and should not be used dry. For softness, the available wiping paper is cotton cloth or cotton ball, lens paper, and cotton swab..

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