Laser Ceramic
High-power gain media · Domestic substitution
XUANCI's transparent laser ceramics — including Y₂O₃ / Lu₂O₃ / Sc₂O₃ / YAG / Spinel / ALON systems — are produced via in-house nano-powder synthesis, vacuum sintering and HIP densification. Optical uniformity approaches single-crystal YAG, sustaining kilowatt-class laser power.
Polycrystalline laser ceramics offer process advantages over single-crystal YAG: larger sizes, lower cost, freely controlled doping concentration and gradient structures — the mainstream direction for next-generation high-power and high-energy laser media.
3D additive routes have been validated for complex-shaped polycrystalline oxide laser gain media.
Samples
Custom Orders
For custom laser-ceramic geometries, dopant systems or composite structures, please reach out to our engineering team — we reply within 48 hours.
Product specifications
- Dopant systems
- Nd / Yb / Er / Tm / Ho on YAG / Y₂O₃ / Lu₂O₃
- Optical loss
- < 0.2 %/cm
- Slope efficiency
- > 55 %
- Max size
- Φ100 × 20 mm
- Density
- ≥ 99.99 % theoretical
- Thermal conductivity
- 13 W/(m·K) @ 25℃