Cr4+:YAG Laser Crystals Long Life As A High-energy Solid-state Passive Q-Switch

Products Description:

Cr4+:YAG LASER CRYSTALS

Chrome-doped yttrium aluminum garnet (Cr4+:YAG) is an excellent performance for yttrium aluminum garnet, ytterbium-doped YLF, yttrium-doped yttrium vanadate and other erbium-doped or erbium-doped lasers with a wavelength of 0.8 to 1.2 μm. The passive Q-switched crystal. A passive Q-switch or a saturable absorber provides sufficient laser pulses without the need for an electro-optic switch, thus reducing the size and eliminating the need to supply high-voltage energy. It will replace the commonly used LiF and dyes in the field of passive Q-switching and is an excellent choice for 1um Nd-doped lasers.

ADVANTAGES:

• stable chemical properties
• Easy to operate
• Good thermal conductivity
• High damage threshold
• Long life as a high-energy solid-state passive Q-switch

SPECIFICATIONS:

Jinan Crystrong Photoelectric Technology Co.,Ltd. is a high-technology company specialized in laser optical components with more than ten years experience in research,development, manufacturing,and sales. Crystrong is committed to becoming the professional manufacturer and supplier of nonlinear optical crystals,laser crystals and precision optics components in the world.

We have been cooperated closely with many scientific research centers,colleges and universities such as Shandong University,Sichuan University,Beijing Institute of Technology,North China Electric Power University and Southwest Jiaotong University. Our Ph.D. in Physics can provide professional solutions for your business.

Our company’s products include NLO crystals,laser crystals,electro-optic Q-switches,which could meet various high-end needs of efficient frequency conversion of high power lasers,semiconductor laser frequency conversion,laser pulse control under complex conditions and deep UV laser generation.

Here at Crystrong we value specialty,accountability and innovation. Our mission is to be your dependable partner to help you in growth.