Used CETAC U-5000AT #166004 for sale

CETAC U-5000AT laser is a powerful and highly-flexible ultrasonic laser spectroscopy tool that is designed for a wide range of laboratory uses. Featuring a high-performance double-clad, diode-pumped Nd:YAG laser, U-5000AT is capable of providing a multi-wavelength laser source with a wide range of emission lines and power levels, with an excellent signal-to-noise ratio and cost-effective operation. CETAC U-5000AT operates on a unique Total Internal Reflection (TIR) principle. This technique enables a laser beam to be directed through a sample without the need for additional optics or components. The result is a simple, compact design that offers a high level of performance with excellent repeatability, which is ideal for applications such as optical spectroscopy, three-dimensional mapping and visualizing gas parameters. U-5000AT's laser source is capable of delivering up to 500mW of laser power and a pulse duration of 100 nanoseconds. The laser source is optimized for a wide range of laboratory environments, with adjustable emission lines to suit specific requirements. CETAC U-5000AT also features a peak transmission factor of>90%, resulting in a highly efficient laser that operates at low power yet delivers high signal intensity for more accurate and precise spectroscopy experiments. U-5000AT laser is user-friendly and intuitive to operate, with a robust and ergonomic design that is suitable for complex laboratory experiments. It features adjustable pulse duration, repetition rate and power levels, so users can adjust the laser to meet their specific requirements. The unit is also equipped with a remote control interface, which provides detailed information on the laser's performance and allows access to various monitoring and control functions. CETAC U-5000AT is a powerful tool for conducting both simple and complex spectroscopy experiments, enabling users to measure and analyze many different parameters. Its rugged design ensures that it can withstand challenging laboratory environments, while rigorous testing ensures its outstanding performance and reliability. This makes it an ideal choice for any laboratory that requires a reliable, accurate and cost-effective tool for conducting spectroscopy experiments.