Used CMS CMS1020 SPI #9199175 for sale

CMS CMS1020 is a high performance nanosecond pulsed laser which is capable of providing powerful, stable output. It has a maximum pulse width of 0.4 nanoseconds and a repetition rate up to 100 kHz, making it suitable for many applications such as surface texturing, material processing, medical applications, and microelectronics. The laser is diode-pumped, using a green LD laser diode to produce an output wavelength of 532nm. The laser's design and production process makes use of high-precision and cost-effective components to ensure reliable performance and consistent output. The first laser crystal is a robust Nd:YAG rod, which feeds into a small cavity mirror containing a quarter waveplate Fresnel lens. This allows for efficient and precise energy management, setting the pulse width and repetition rate. The cavity is then resonated with a high-power 808nm diode-pumped laser diode, which is locked in place to guarantee the precise frequency and stability. CMS CMS1020 is small and lightweight, making it easy to handle and transport. It also features a modular platform with different components that can be interfaced and customized to meet specific needs. It has multiple control functions and safety features, allowing users to easily adjust settings and prevent accidents. Additionally, the laser can be used on a range of substrates, including glass, ceramic, and metal. This allows for maximum flexibility when processing materials, allowing for precise and accurate results. Additionally, the laser is compatible with medical protocols, giving it excellent usability in medical and industrial applications and improving the quality of treatments. Overall, CMS CMS1020 is a powerful and reliable nanosecond pulsed laser, designed specifically for precision material processing and medical procedures. Its high power output and adjustable repetition rate make it suitable for a wide range of applications, while its safety features make it highly secure and user friendly. Ultimately, its design and production make it an excellent option for a wide variety of users, and its high performance make it an excellent choice for precise processing and or medical use.