3Photon provides a comprehensive portfolio of non-linear optical crystals designed for demanding laser and photonics applications where efficient wavelength conversion, stability, and precision are essential. These crystals form the core of modern laser systems used in scientific research, industrial processing, spectroscopy, and quantum technologies.
Non-linear crystals exploit intensity-dependent optical properties to enable processes such as second-harmonic generation (SHG), sum- and difference-frequency generation, and optical parametric oscillation (OPO). 3Photon’s crystals are carefully grown, oriented, and finished to deliver high conversion efficiency, low optical loss, and excellent damage resistance, even under high peak power and ultrafast laser operation.
High Performance for Advanced Frequency Conversion
3Photon non-linear crystals are engineered to support a wide range of laser sources - rom continuous-wave to ultrafast femtosecond systems. Optimized phase-matching, tight crystallographic tolerances, and precise cutting ensure stable and repeatable performance across applications.
Available crystal types and configurations support:
- Efficient harmonic generation (e.g. SHG, THG)
- Tunable wavelength generation using OPO and OPA systems
- Broadband and narrowband operation depending on system requirements
Quality, Customization, and Reliability
Each crystal is produced with strict quality control to ensure optical homogeneity, low scatter, and accurate orientation. Anti-reflection coatings can be applied to maximize transmission and minimize Fresnel losses at specific wavelengths and angles of incidence.
3Photon offers both standard crystals and custom-engineered solutions, allowing system designers to optimize performance for specific wavelengths, pulse durations, and power levels.







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