Selection, Use, and Operation of 12000W metal fiber laser cutting machine Cutting Machine
The 12000W metal fiber laser cutting machine cutting machine can cut multiple thick boards
What kind of material, how much power, and how thick can it be cut? What is the cutting cost? This is the question that users are most concerned about and ask the most.
With the continuous development of laser technology, the cutting thickness of laser cutting machines is also constantly breaking through. High power laser cutting machines are widely used in the market. Today, I will talk about the cutting materials and thickness of high-power 12KW. The 12000 W laser cutting machine is designed for metal materials such as stainless steel, carbon steel, aluminum plate, and copper. How thick can a 12000 W laser cutting machine cut for different metal materials?
PRIMALASER Technology Co., Ltd. is a modern high-tech enterprise that emerged in the wave of Industry 4.0, specializing in the research and development and production of industrial laser cutting machines. The company has an overseas research and development team that has been working in the field of laser cutting applications for many years, and has multiple leading domestic technology patents.
12000W metal fiber laser cutting machine cutting machine, stainless steel cutting thickness 40mm, carbon steel cutting thickness 25mm, aluminum material cutting thickness 20mm.
Of course, in the actual operation process, the cutting ability of the laser cutting machine is also influenced by many factors such as the type of laser, cutting environment, cutting speed, auxiliary gas, etc. Therefore, the above thickness is only a reference value, and the specific situation still needs to be based on the actual situation.
According to the sales and usage of high-power metal fiber laser cutting machines, as well as statistics from maintenance records, about 80% of machine failures are caused by usage reasons. In order to better use metal fiber laser cutting machines and ensure their effective and stable operation, there are several issues that users need to pay attention to and handle correctly:
When the weather is hot and the humidity is high, the key switch should be turned on after the main power of the laser is turned on. Before the laser lights up, let the dehumidification system attached to the machine run for more than 30 minutes to effectively remove moisture inside the chassis and control the temperature of the small environment inside the chassis, ensuring that the components inside the chassis will not malfunction due to condensation.
Once the fiber output end comes into contact with external air, before reinserting it into the processing head, it is necessary to use a dedicated microscope and cleaning tool to clean the fiber output end according to the standard steps. After confirming that the cleanliness of the output end meets the standard, it can be connected to the processing head.
When pulling out or inserting the output end of the optical fiber into the processing head, it is necessary to avoid dust and other dirt from contaminating the lens. It is recommended to place the processing head horizontally and return it to its normal position after connecting to the optical fiber.
4. Regularly check the cleanliness of the protective film. During laser processing, the protective film is inevitably contaminated by dust or splashes. Once the pollution is severe, it not only attenuates the energy reaching the surface of the workpiece, deteriorates the beam quality, but also may damage the safety of the laser. So it should be replaced in a timely manner.
When equipping an external optical path system, factors such as the lens aperture, cooling method, and maximum power that can be withstood need to be considered. Once a large deviation occurs in the selection, it may lead to damage to the external optical system and even endanger the safety of the fiber and laser.
During laser processing, it is also necessary to pay attention to the status of each auxiliary gas to ensure that the lens does not damage the protective film, lens, or even fiber or laser due to factors such as timing, lack of gas, etc.
7. Once the device experiences an alarm, the relevant possible factors should be investigated based on the alarm items. After the factors that caused the alarm are eliminated, the device can continue to be started and operated. It is prohibited to reset and forcibly start the device multiple times without finding the cause after an alarm occurs
8. Ensure the operating conditions of the metal fiber laser cutting machine. For example, the operating voltage of a high-power metal fiber laser cutting machine is 360V to 440V.
