Han's Laser's independently developed MOPA solution: 250W pulsed fiber laser

Release time:2024.08.30
Views:438
Laser devices can be classified into fiber lasers, semiconductor lasers, solid-state lasers, and CO ₂ lasers based on their materials. Among all the industrial production applications of lasers, fiber lasers have unique advantages such as simple structure, high conversion efficiency, good beam quality, low maintenance cost, and good heat dissipation performance, which have gradually increased their market share in the industrial laser market and developed the fastest in recent years.




 
The HFM series is a pulse fiber laser independently developed by Han’s Laser and designed using the MOPA scheme. It has excellent beam quality and extremely stable single pulse energy.
Compared to Q-switched lasers, MOPA lasers have independently adjustable pulse width and frequency, enabling stable high peak power output. The HFM series has various average power outputs to choose from, which can meet the needs of different application scenarios.
At present, MOPA pulsed fiber lasers have been widely recognized and applied in fields such as anode removal, coating removal, laser cleaning, stainless steel coloring, alumina blackening, metal material marking, thin film drilling, and laser ablation. The new energy industry has developed rapidly in recent years, among which the cutting of electrode ears, cleaning of electrolyte in injection holes, and metal welding of lithium power battery connection pieces fully demonstrate the strength of the self-made 250 watt pulse fiber laser in the Han’s Laser Pulse Fiber Product Center


 
 
Equipment Features
1. Intelligent air cooling and precise temperature control;
2. High photoelectric conversion efficiency;
3. Laser switch has fast light response time;
4. It has a special design to prevent high reflectivity and is not afraid of processing high reflectivity materials;
5. Adopting advanced special fiber technology, without photon darkening effect;
6. The laser status can be monitored in real-time, and the internal and external controls can be switched freely;
7. Rich pulse width options are available, and the pulse width can be switched online;
8. The core components can be independently developed and customized, with a short customization cycle.

 
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