Yb-doped KGW (Yb:KGW)is a premier gain medium for ultrafast laser systems, widely adopted in high-performance femtosecond and picosecond laser equipment. It possesses an ultra-broad gain bandwidth, extremely high 980 nm LD pump absorption cross-section, and minimal quantum defect, resulting in low heat generation and high conversion efficiency up to 87%. Benefiting from quasi-two-level energy structure, Yb:KGW eliminates up-conversion and excited-state absorption losses, delivering stable mode-locking operation and high energy storage capacity. It supports high-concentration doping without quenching and is perfectly suitable for thin-disk laser configurations. ·We offer doping concentration 2at%. ·We offer customization service for Yb:KGW.
Femtosecond/picosecond ultrafast lasers & regenerative amplifiers (ideal pump source for OPA/OPO systems) High-power thin-disk lasers for industrial ultra-precision micro-processing Biomedical imaging, multiphoton microscopy and optical comb systems Medical cosmetic and ophthalmic ultrafast laser devices Integrated laser-Raman composite light sources for compact system design
Please provide your email to download the datasheet.
Chengdu Dien Photoelectric Technology Co., Ltd. is an energetic young crystalline materials technology company, specializing in the research, design, manufacture and sales of a series of nonlinear optical crystals, laser crystals, magneto-optic crystals and substrates. With excellent quality and competitiveness, the products are widely used in scientific research, beauty and industrial markets. The company has an experienced sales and engineering team dedicated to providing customized application solutions for customers in the global beauty, industrial and scientific research fields. The products meet European and world standards. Headquartered in Chengdu, China, DIEN TECH has customers all over the world, including the USA, Europe and Asia. DIEN TECH is committed to becoming one of the most reliable and high-quality photoelectric component suppliers in the world.