The degree of automation of automatic fiber laser cutting machine manufacturers

Fully automatic fiber laser cutting machine manufacturers use a combination of industrial robots + fiber lasers for processing, trimming and punching and other processes are completed at one time, and the incision is neat and does not require subsequent processing, which greatly shortens the process flow and reduces labor costs and The investment has also improved the product grade and the use of additional LasMAN laser software, supports direct generation of cutting trajectories through digital and analog, and abandons complicated manual teaching. It is more suitable for small batch and multi-batch maintenance markets, new product trial production and non-standard Some personalized cutting needs such as customization. Moreover, investing in highly flexible and efficient laser cutting equipment to replace expensive stamping equipment and cutting equipment can make it more flexible to replace products and grasp the market. The three-dimensional laser cutting machine utilizes the flexible and fast action performance of industrial robots. According to the size of the user's cutting and processing workpieces, the robot can be installed or flipped for teaching programming or high-line programming for different products and different trajectories. The sixth axis of the optical fiber laser cutting head is equipped to cut irregular workpieces in three dimensions: the optical fiber laser cutting head is equipped with a follow-up device and a light path transmission device. The laser is transmitted to the cutting head by optical fiber, and then the focusing system is used to focus. Multiple sets of focusing systems have been developed for plates of different thicknesses to cut a variety of three-dimensional metal plates in multiple directions to meet customer needs. The cutting speed of the cutting machine is twice as fast, which greatly reduces the cost of the system, reduces the power consumption system costs and system operation and maintenance costs, and secondly, uses fiber lasers instead of CO2 lasers. Fiber laser technology is a laser technology that has developed rapidly in recent years. Compared with traditional lasers, it has better cutting quality, lower system cost, longer service life, lower maintenance costs, and lower power consumption. The key is that the laser of the fiber laser can be transmitted through the fiber, which is convenient to connect with the industrial machine and realize flexible processing. The footprint of the system is reduced.

The engineer of the fully automatic fiber laser cutting machine manufacturer presides over the design, manufacturing and quality control. Domestic laser cutting machine brand rankings-rate the research and development, manufacturing and sales of complete sets of laser processing equipment, including high-power laser cutting machines, laser welding machines and multi-function laser processing equipment companies that already have production, research and development, and sales. Independent research and development of a series of products such as laser cutting machine, metal laser cutting machine and fiber laser cutting machine. The energy density of laser processing is very large, the action time is short, the heat affected zone is small, the thermal deformation is small, the thermal stress is small, and the laser The high energy density of laser for non-mechanical contact is enough to melt any metal, and it is especially suitable for processing some materials that are difficult to process with high hardness, high brittleness and high melting point. The processing cost is low. The one-time investment in equipment is more expensive, but continuous and large-scale processing ultimately reduces the processing cost of each part. The laser is non-contact processing, with low inertia and high processing speed. It is time-saving and convenient, and the overall efficiency is high with the software programming of the CNC system CAD/CAM. The laser has a high degree of automation, can be completely enclosed for processing, has no pollution, and has low noise, which greatly improves the working environment of the operator. There is no mechanical stress on the workpiece, which is suitable for precision machining.

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