[…] of optics, lasers, and photonics, attracting exhibitors and visitors from around the world. Our participation in the exhibition provided us with a great opportunity to showcase our latest products and innovations, and to connect with potential customers and partners. At our booth, we demonstrated the high quality and performance of our crystals, which are […]
[…] as others. Doped crystals are made for low concentration. It usually grabs it basically on laser with different wavelengths. It gains a coefficient that turns out with latest technologies. They are well adapted by discovering mechanical and physical properties. It takes a wide absorption bandwidth by delivering excellent optical sources. Low lasting threshold with […]
[…] and UV band optical frequency multiplier crystal. YCOB (YCa4O(BO3)3, Yttrium Calcium Oxyborate)—Nonlinear crystal considered to have good prospects of UV band optical frequency multiplier One of the latest technical achievements connected with YCOB is the generation of 2.35-W CW green output ( λ = 532 nm) in a 1.2-cm-long crystal ( θ = 64.5 […]
[…] Doped crystals are made for low concentration. It usually grabs it basically on the laser with different wavelengths. It gains a coefficient that turns out with the latest technologies. They are well adapted by discovering mechanical and physical properties. It takes a wide absorption bandwidth by delivering excellent optical sources. A low-lasting threshold with […]
[…] =35.5◦) via inter cavity SHG of a diode-array end-pumped Nd:YVO4 laser (P = 5.6W). Another similar application is THG of NdYVO4 laser radiation. Using the KTP crystal for frequency doubling and a 1.1-cm-longYCOB crystal (θ = 106◦, φ =77.2◦), the authors managed to obtain 124mW of quasi-CW light (pulse repetition frequency 20 kHz) at […]
[…] at a specific wavelength. Er Glass Lasers have unique properties, such as high output power, high beam quality, wavelength tunability, and low thermal distortion, making them ideal for various medical, industrial, remote sensing, and defence applications. Er Glass Lasers emit light in the near-infrared region, typically at a wavelength of approximately 1.5 micrometres, which […]
[…] crystal structure, and how these properties relate to laser operation. Properties of Ti Sapphire Crystals: Ti: sapphire crystals exhibit several unique properties, making them an excellent choice for laser applications. One of the most important properties is their broad absorption spectrum, which allows them to absorb light over a wide range of wavelengths, from […]
[…] structure with low absorption of pump radiation and relatively low output energy. However, because it emits a laser with a wavelength of 1500nm, it is the safest for the human eye and penetrates well in smoke. It has broad prospects in both military and civilian applications. Q-Switch Crystal – Co:Spinel A good saturable absorber […]
[…] can be widely used in the medical field. Nd:YAG lasers have high gain, low threshold, high quantum efficiency, and small thermal effects. 1064nm laser can be used for laser hair removal, and 532nm green light can be used for treating vascular skin lesions. Theotry 1064,532nm Dual Wavelength Laser Laser Crystal – Nd:YAG The working […]
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