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Crystal bonding is a composite technology of laser crystals. Since most optical crystals have a high melting point, it is usually necessary to use high-temperature heat treatment to promote the mutual diffusion and fusion of molecules on the surface of two crystals that have undergone precision optical processing, and finally form a stable chemical bond. Combination in the true sense, so crystal bonding technology is also called diffusion bonding technology (or thermal bonding technology).
Main Feature
Reduce laser rod thermal lensing
Improve beam quality
Make the laser device system more compact, miniaturized and integrated
Product Parameters
| Material | doping concentration | size | length |
| YVO 4 + Nd:YVO 4 + YVO 4 | 0.1%-3% | 1×1-20×20 | 0.5-30 |
| Φ2-15 | |||
| YAG + Nd:YAG + YAG | 0.1%-2.5% | 1×1-20×20 | 0.5-200 |
| Φ2-15 | |||
| YAG + Nd:YAG + Cr 4+ :YAG | 0.1%-2.5% / 0.6-7 | 1×1-20×20 | 0.5-200 |
| Φ2-15 | |||
| YAG + Nd:Ce:YAG + Cr 4+ :YAG | 0.6 - 7 | 1×1-20×20 | 0.5-200 |
| Φ2-10 | |||
| YAG + Yb:YAG + Cr 4+ :YAG | 1%-45% / 0.6-7 | 1×1-20×20 | 0.5-200 |
| Φ2-10 |
