Precision Laser Repair: Key Equipment & Applications
1. The Challenge
Repairing high-power fiber lasers (Raycus, MAX, IPG, etc.) requires extreme optical precision, not just module replacement.
2. Core Equipment (The "Surgical Kit")
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Thermal Stripper: Non-destructive coating removal to prevent surface defects.
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Precision Cleaver: Ensures mirror-like end-faces to minimize splice loss.
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Large-Core Splicer: Reconnects optical paths with <0.1 dB loss; handles double-clad fibers.
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Recoater: Restores mechanical strength to the splice point via UV curing.
3. Critical Use Cases
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Rescuing Burnt Components: Fixing YB coils and CPS damaged by back-reflection.
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Restoring Power: Solving severe power attenuation by replacing contaminated fibers.
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High-Reflective Repairs: Fixing internal fiber damage from processing copper/aluminum.
4. Value Proposition
Enables "dead" lasers to be brought back to life, offering a cost-effective alternative to replacement and defining the competitiveness of laser maintenance services.
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