Embodying the pinnacle of rare earth garnet materials, the Neodymium-doped Yttrium-Aluminum Garnet (Nd:YAG) crystal boasts a four-level system that revolutionizes laser performance. Widely embraced in R&D, medical, industrial, and military domains, it strikes an optimal balance between various material properties. With superior fluorescence lifetime and thermal conductivity compared to counterparts like Nd:YVO4, Nd:YAG crystal serves as the cornerstone of solid-state laser systems, facilitating applications ranging from frequency-doubled continuous wave lasers to high-energy Q-switched pulse lasers.

Highlighted Features and Applications:

• High Performance: Offers high gain, low threshold, and exceptional efficiency.
• Robust Design: Exhibits a high damage threshold and superior thermal conductivity.
• Versatile Applications: Used in high-power lasers up to kW levels at 1064nm, as well as for generating high-power 532nm lasers from second harmonic generation (SHG) of 1064nm.
• Flexible Operation: Can be Q-switched using Pockels Cell or Cr:YAG, and can produce blue lasers via frequency-doubling of 946nm.

Points of Note:

• Widely adopted by R&D, medical, industrial, and military sectors.
• Operates at high power levels up to kW at 1064nm.
• Facilitates high-power 532nm laser generation from SHG 1064nm.
• Compatible with Q-switching using Pockels Cell or Cr:YAG.
• Enables blue laser production through frequency-doubling of 946nm.