Structure of the laser marking machine
Publishing time.
Oct 15,2020
The laser marking machine is a high-tech device that uses high energy and high precision beams to engrave permanent text and patterns on the surface of objects. The laser marking machine has advantages such as ultra-energy saving, simple operation, and good marking effects. This series of laser marking machines adopts imported technology laser emitters, with high beam quality, fast marking speed, lifetime maintenance-free, and high cost performance. Product features: The electro-optical conversion efficiency of the laser marking machine is 60%, with beam quality M2<1, and excellent beam quality creates ultra-high precision marking effects. It uses the original SCANLAB scanning head. The marking speed is very fast, compared to ordinary CO2 and KT.
The laser marking machine is a high-tech device that uses high-energy, high-precision beams to engrave permanent text and patterns on the surface of objects. The laser marking machine has advantages such as ultra-energy saving, simple operation, and good marking effects.The models of this series of laser marking machines use imported technology laser emitters, with high beam quality, fast marking speed, lifetime maintenance-free, and high cost performance. Product features: The electro-optical conversion efficiency of the laser marking machine is60%,M2<1, excellent beam quality creates ultra-high precision marking effects. Using the originalSCANLABscanning head. The marking speed is very fast, multiple times that of ordinaryCO2andKTsemiconductor marking machines, saving you expensive labor costs.4In addition, the laser marking machine also features air cooling, no consumables, low power consumption, no water cooling system, flexible fiber output, energy saving, and electricity saving.
The total power of the machine is only500W, compared to lamp-pumped and semiconductor laser marking machines, it can save20,000 to 30,000 yuan annually.The laser power supply of the fiber laser marking machine is generally a device that provides power to the laser, and in addition, its input voltage is AC220V, suitable for our use, and can be installed in the marking machine control box.
The output laser mode of the laser marking machine is good, with a long service life. It is designed and installed in the case of the marking machine. The galvanometer scanning system is controlled by a collaborative server. The entire system is manufactured using new processes and new working principles.
The optical scanner of the laser marking machine uses a moving magnetic deflection servo motor. It has advantages such as large scanning angle, large load inertia, small electromechanical time constant, and stable reliability. The precision bearing backlash elimination mechanism is designed to provide ultra-low axial and radial runout, and in addition,"Electronic torsion bar"replaces traditional elastic material torsion bars, greatly improving service life and long-term reliability.
The zero power consumption working principle is maintained at any position, which not only reduces power consumption but also lowers the thermal effects of the device, saving thermostat devices; advanced high-stability precision position detection sensor technology provides high linearity, high repeatability, and low drift performance.
The optical scanner is divided intoXdirection scanning system andYdirection scanning system. Each servo motor can generally send digital signals to control its scanning trajectory. The role of the focusing system is to focus the parallel laser beam on a point. Mainly usingfday. Differentf-daylens focal lengths result in different marking effects and ranges. The fiber laser marking machine uses imported high-performance focusing systems. The standard lens focal length isf=160mm, effective scanning range.110mm.
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