Product Announcements:
Optical Crystals

CeNing Optics provides custom BBO crystal fabrication with precision machining, tight optical tolerances, and application-specific configurations for nonlinear optics, harmonic generation, and advanced laser systems. Read more...

Nd:YAG crystal delivers reliable, high-stability laser performance for industrial, medical, and research applications, featuring long fluorescence lifetime and superior thermal management. Read more...

Alexandrite laser rods deliver high-efficiency, low-threshold performance at 755nm, ideal for medical, dermatology, and lidar applications requiring long-pulse, Q-switch, or picosecond operation. Read more...

Crystech Alexandrite laser crystals provide high-quality gain media for 755nm medical aesthetic lasers and tunable laser systems, featuring high thermal shock resistance and precision optical manufacturing. Read more...

High laser damage threshold and wide spectral transmission RTP crystals for precise electro-optic devices in industrial, medical, and scientific applications. Read more...

Cr:YAG optical crystals enable efficient passive Q-switching in solid-state lasers, delivering high-power pulses with excellent durability for marking, medical, and industrial laser systems. Read more...

Crystech Nd:YAG laser crystals provide high gain efficiency, low pump threshold, and excellent optical quality for solid-state laser systems. Available in multiple dimensions and doping concentrations, they are suitable for diode-pumped and lamp-pumped laser applications operating at 1064 nm. Read more...

Nd:YAG crystals deliver superior efficiency, robust thermal management, and versatile laser operation, ideal for R&D, medical, industrial, and military laser systems. Read more...

Laser Crystals have high parallelism and monochrome laser, they can inverse the outside energy though the optical resonant cavity, laser crystals become the most important role in crystal laser’s working process. Read more...

The Alexandrite rod (Cr3+:BeAl2O4) offers high thermal shock resistance, broad wavelength tunability, and polarized emission, making it ideal for dermatology, Lidar, and advanced laser applications requiring precision and reliability. Read more...