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How Do Fiber Lasers Work? Key Energy Sources

Fiber lasers represent cutting-edge technology in industrial cutting and engraving, offering precision, efficiency, and durability. Their success is due to several key energy sources and components that generate the powerful laser beam.

🔹 Main Energy Sources in Fiber Lasers
Pump Diodes – Generate light that is directed through optical fibers, creating energy for the laser.
Optical Fibers with Special Elements – Enriched with ytterbium (Yb), erbium (Er), and thulium (Tm), these fibers amplify and stabilize the laser beam.
Optical Resonator – A system of reflective mirrors that directs and focuses the laser light for precise cutting.
Control and Cooling System – Ensures stable operation, prevents overheating, and extends the laser’s lifespan.

🎯 Why Use a CNC Fiber Laser?
🔹 Energy Efficiency – Consumes significantly less power compared to traditional lasers.
🔹 Precision and Speed – Enables clean and detailed cuts with minimal material heating.
🔹 Durability – Designed for years of continuous operation with minimal maintenance.

At ProAxis Innovation, we are actively developing our first CNC Fiber Laser Machine, which will soon be available on the market! 🚀

📩 Contact us for more information or reserve your machine today!
info@proaxisinnovation.com.mk
📍 Visit us: www.proaxisinnovation.com.mk

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