The 355nm Nd:YAG laser has the advantages of good beam quality, stable power, high reliability, small size, and is easy to use, suitable for industrialization. It has been widely used in laser processing in bioengineering, material preparation, all-optical optics, integrated circuit boards and semiconductor industries. Theotry Frequency Conversion – LBO The LBO crystal was […]
[…] (mJ) 2 Repetition Frequency (Hz) 70 Life (Shots) ＞2×108 Weight (g) 9.5 Size (mm) 28×8×6 Working Temperature (℃) -40～65 Storage Temperature (℃) -50～90 Storage Temperature (℃) -50～90 Test Report Key Information Product Name：QCW MicroLaser Qty：2 pcs Testing Equipment: QCW3015 Driver, HLT Platform-T, Ophir PE25 Testing Data Serial # Demo 1 Demo 2 Single Pulse […]
[…] lifespan of the isolators by preventing thermal damage. Hardness and Durability: Withstanding the Test of Time TGG’s hardness and durability contribute to its resilience, making it a reliable choice for devices like Faraday isolators that are often subjected to challenging conditions. This durability also ensures a longer operational life for the isolators, contributing to […]
[…] optimal performance, capitalizing on the inherent versatility of Er:Glass. Moreover, any material’s long-term viability in rigorous operational environments is crucial. Er:Glass, with its commendable longevity, stands the test of time. Its robustness and consistent performance even after extended periods make it a trusted ally for applications that cannot afford frequent downtimes or replacements. Its […]
[…] high-speed data transmission. This is where Ti Sapphire Crystals come in. They are utilized in the fabrication of lasers used in fiber-optic communications, enabling faster and more reliable data transmission. As the world becomes more interconnected and the volume of data being transmitted grows exponentially, the demand for these crystals in the telecommunications industry […]
[…] crystal may degrade or even fail. But LBO Crystals stand firm. They can endure substantial heat without any significant performance loss, ensuring that your optical system remains reliable and efficient even in demanding scenarios. Beyond high power lasers, this thermal stability extends LBO Crystals’ applicability to a wide array of environments with varying temperature […]
[…] operations. From determining the exact location of an enemy’s position to calculating the trajectory of an artillery shell, Er:YAG crystals have made range finding more accurate and reliable. The utilization of these crystals has led to more strategic planning and execution of missions, minimizing risks and maximizing success. The development of Tm:YAG crystals, or […]
[…] superior technical specifications but about fostering a new era of laser technology. It’s about enabling a realm where laser applications are more efficient, more powerful, and more reliable. Through their Yb:KGW crystals, Laser Crylink is not merely contributing to the field but is significantly shaping the future of laser technology, one crystal at a […]
[…] Figure 3. Photoelectric switch Advancements in Optical Communications As technology continues to advance, optical communication systems are evolving to meet the growing demands for faster and more reliable data transmission. Electro-optical crystals remain at the forefront of these innovations, providing the means to achieve higher data rates and greater network efficiency. 2.Laser Interferometry and […]
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