Used ESI 5335 #9364420 for sale

ESI 5335 is a robust, mid-infrared (MIR) laser with excellent beam quality and stability, making it a reliable choice for applications such as spectroscopy and medical imaging. It utilizes a master oscillator power amplifier (MOPA) architecture and features a solid-state Nd:YAG laser as the master oscillator, which is then amplified in two successive stages to provide a wavelength of 5334.9 nm. This laser exhibits excellent beam quality and stability, and operates with power outputs up to 1.5 watts. It has a narrow linewidth of less than 0.2 nm, and a temporal pulsewidth of about 15 ns. The system is designed with a user-friendly operating system with software control allowing the user to set pulse repetition frequency, pulse width, and energy level. Additionally, it can be integrated with external pulse control and modulation systems to generate complete pulse trains and optimize power in spectral bandwidth. 5335 has several safety features designed to protect the user, such as an interlock to disable the laser when the external stimulus is removed, monitoring of the pulse repetition frequency, and a slow generator (SG) mode to detect unintended laser light emission. The diode safety system monitors laser radiation emission from the laser body as well as from the laser beam itself and sends alarming signals if any danger is identified. The integrated design and safety systems make this an ideal laser for applications requiring user safety. ESI 5335 has been adapted for use in many different applications, including remote sensing, material processing, and spectroscopy. In remote sensing, this laser is used for remote detection of materials, including metals, organics, and molecules. The nanosecond pulsewidth and high power output enable it to generate a measurable signal without any motion of the target material. In material processing, its nanosecond pulsewidth allows for precise and focused energy distribution, enabling efficient thermal processing of materials such as ceramic and glass. And in spectroscopy, its high power and narrow linewidth permit highly precise measurements, making it ideal for remote analysis of materials. Overall, 5335 is an excellent choice for a wide range of applications, offering excellent beam quality and stability, user-friendly operation, and several safety features to ensure user safety. Its power, narrow linewidth, and nanosecond pulsewidth make it ideal for applications such as remote sensing, material processing, spectroscopy, and medical imaging.