Used ESI 9835 UV #293619274 for sale

ESI 9835 UltraViolet (UV) laser is a low-cost, compact laser designed for UV imaging and spectrometry applications. The laser delivers a narrow spectral line of high-powered radiation in the UV range from 355 to 375 nanometers. It offers a wide range of output power (5 to 40 mW) and power stability (±1%), making it ideal for use in applications that require high-resolution imaging and spectrometry measurements. The laser has a 40 mW total power output, and is available in either single- or dual-channel configurations. It is equipped with a built-in ion source for ionizing air molecules and particles. The size of the laser is 110x210x210 mm (HxLxW), and its weight is 8 kg. ESI 9835 features a mirror-less fabricated laser head, enabling the laser to achieve a smaller spot size and higher power. It has a beam delivery system with low divergence and high brightness, allowing it to achieve high spatial resolution as well as high sensitivity. The laser has a built-in alignment system, making it easier to use and maintain. The laser is equipped with a built-in F-Theta scan head, enabling fast scanning speeds and improved imaging resolution. It also comes with an easy-to-use controller featuring a color LCD for easy set-up and real-time feedback. The laser also has a programmable multi-point scanning function for easily creating complex shapes and patterns. ESI 9835 is designed to be both cost-effective and user-friendly. It is built with enhanced reliability over standard lasers, and it is capable of continuous operation in harsh environmental conditions. It is also equipped with safety features such as a temperature shut-off and operating temperature range safeguard. Overall, ESI 9835 UltraViolet Laser is a highly efficient, compact, and cost-effective UV laser that removes the need for separate UV lasers in imaging and spectrometry applications. With its compact design, easy installation, and a broad performance range, it is an invaluable tool for many applications in the UV imaging field.