Average movement rate of fiber laser cutting machine excited baldness
The moving assembly and the fiber laser cutting machine with the average excited baldness moving rate affect the fiber laser cutting machine platform. The Z-axis displacement component is driven by the Z-axis drive assembly to move in the Z-axis deflection upwards. The Z-axis displacement component is installed with the laser Bald; Z-axis moving rate average assembly includes spring, spring floating end screw and spring unchanging end screw; one end of the spring is continuous with the spring floating end screw, and the other end is continuous with the spring unchanging end screw; the spring floating end screw and the Z-axis displacement The assembly continues; the spring without end screw is fixed on the Y-axis sliding table, and the spring without end screw is located above the spring floating end screw. This plan reduces the very large acceleration that can be reached when the skateboard combination moves downwards under the environment where the motor drive energy is unchanged, and increases the very large acceleration that can be reached when moving upwards. The very large acceleration when the axis rises and falls increases the corresponding speed of the irritated baldness in the upward Z axis.
Fiber laser cutting machine with complete purchase of adsorbed materials and exhaust gas, including main body assembly, exhaust gas disposal assembly, material adsorption assembly and heat dissipation assembly, the bottom left of the main body assembly The side is equipped with an exhaust gas disposal assembly. The right end of the exhaust gas disposal assembly is connected with a material adsorption box, and the assembly of the material adsorption box and the main body remains unchanged. The filter plate adsorbs and filters the assimilated material in the exhaust gas, and can be used as a scraper to push the accumulated material on the surface of the filter plate to the left side of the material adsorption box, and experience the cooling pipe and micro temperature sensor. It can experience the micro temperature sensor to measure the temperature of the nozzle appearance. If it reaches the set temperature, the second fan first cools down the nozzle. If it does not reach the set temperature, the second fan does not work part-time.