- La vida útil de un generador láser de la máquina de marcado láser de fibra MOPA de Han´s puede alcanzar aproximadamente hasta 100. 000 horas
- Bajo costo de funcionamiento, el sistema láser libre de mantenimiento ayuda a minimizar el consumo de recursos
- Soporta archivo CAD (DXF), formato PLT/BMP/JPG/AI
- La máquina de marcado láser de fibra MOPA de Han es capaz de marcar en 1D, código de barras 2D, UDI (código GS1), números de serie, número de lote, logotipo e información de la empresa.
- El software de marcado láser se puede personalizar para satisfacer la demanda única del cliente
- El software de marcado láser soporta puerto serial y la comunicación TCP/IP con el cliente-servidor
¿Por qué MOPA Laser?
En comparación con los láseres de fibra con conmutación Q, los láseres de fibra MOPA tienen un ancho de pulso ajustable y un amplio rango de frecuencia.
El ancho de pulso de la máquina de marcación láser con conmutación Q es fijo, el campo es de unos 80-120ns, y la frecuencia es de 20KHz-80KHz.
En la máquina de marcado MOPA (por ejemplo la HAN’S MOPA de 20watts), el ancho de pulso es de 4-200ns, el cual es ajustable y tiene una frecuencia de 1. 5KHz-1000KHz.
For applications such as the blackening effect of anodized aluminum and stainless steel's coloring effect, the MOPA fiber laser marking machine has its advantages.
When we use the fiber laser marking machine to remove the paint layer on a thin workpiece, it is easy to deform the back surface and produce a "convex hull" on the back cover. The use of the smaller pulse width parameters of the MOPA laser allows the Laser to stay on the material for a shorter period. When the speed is faster, the heat residue is less, it is not easy to form a "convex hull," and the Laser marking texture is also smoother and brighter.
Laser marking of anodized aluminum blackening effect uses a narrow pulse width. These high-frequency parameters mark the black effect on the material's surface, and different grayscale effects can be marked through different parameter combinations.
Laser marking of stainless steel color marking effect. The color change is mainly affected by frequency and power. Small and medium pulse width and high frequency are used. The difference in these colors is primarily affected by the Laser's single pulse energy and the overlap rate of its spots on the material. Because the pulse width and frequency of the MOPA fiber laser are independently adjustable, changing one of them will not affect the other parameters. All these parameters cooperate to achieve various possibilities, which is impossible for the Q-switched Laser marking machine.
Industries
- Industrial machinery laser marking, watches laser marking
- Electronic and communication products laser marking
- Aerospace devices laser marking, various automotive parts laser marking
- Home appliances laser marking, hardware tools laser marking, molds laser marking and engraving
- Wire and cable laser marking, food packaging laser marking, jewelry laser marking and engraving
- Laser fly marking of tobacco and military industry design
Materials
- Iron, Copper, Ceramic, Magnesium, Aluminum
- Gold, Silver, Titanium, Platinum, Stainless Steel
- Titanium alloy, Aluminum alloy, any high hardness alloys
- Oxide, Electroplating, coating, ABS, Epoxy Resin, Ink, Engineering, Plastic, etc.