The MOPA Color Fiber Laser Marking Machine MY-M30F-III is a state-of-the-art solution designed for precision marking, engraving, and color coding on a wide range of materials, including metals and plastics. With a long lifespan of 100,000 hours and low power consumption (<450W), it offers an economical and eco-friendly operation. This machine boasts high-speed performance (7000mm/s) and a superior laser beam definition of 1 micron, delivering marks that are 10 times sharper than traditional machines. Its maintenance-free design ensures it can operate for 8-10 years without consumables, while the integrated air cooling system provides efficient cooling without the need for water.

Equipped with a high-precision, dust-proof scan head and a high-stability controller, the MY-M30F-III ensures easy operation, swift file transmission, and compatibility with various file formats like PLT, BMP, JPG, DXF, and AI. It is ideal for applications in electronics, automotive, hardware, and daily necessities, making it a versatile tool for industries requiring durable, high-quality marking. Backed by a 12-month warranty, this machine is a reliable choice for precision and performance.

Features:

1. Long lifespan of fiber laser source (100,000 hours).
2. Low consumption (<450W), economical and eco-friendly.
3. High speed (7000mm/s), faster than traditional machines.
4. Superior laser beam definition (1 micron), 10x sharper than traditional.
5. No consumables, works 8-10 years without replacements.
6. Direct fiber laser beam output, no need for path adjustment.
7. High-precision, dust-proof, and compact scan head.
8. High-stability controller with USB interface and easy operation.
9. Strong compatibility with PLT, BMP, JPG, DXF, AI, etc.
10. Integrated air cooling system, maintenance-free and efficient.
11. Color marking capability for vibrant designs on metals.
12. Adjustable pulse width (2-500ns) for versatile marking effects.
13. Enhanced surface treatment for oxidation-based color marking.
14. Advanced control for intricate designs and gradients.

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