Used ESI 9830 #293666938 for sale

ESI 9830 is an all-purpose laser equipment that can cut and engrave a variety of materials. It features a full-coverage stacked-tube design to ensure optimal performance as well as minimize thermal mobility of the vacuum chamber and the optics system. The laser has a wide range of adjustable power from 10 to 100 Watts, making it suitable for cutting and engraving applications across a diverse range of materials. 9830 has been engineered with a number of safety features that ensure safe operation and reduce operational risks. It features a double safety interlock to protect all technicians from accidental contact with the laser, as well as a top-notch focus beam for smooth cutting and engraving. ESI 9830 also contains a high-temperature insulation unit which insulates and cools the entire laser and greatly reduces energy consumption. 9830 ships with a high-speed gantry arm machine along with a total of four galvanometer scans. This ensures that the tool is incredibly fast and efficient when performing large operations on large volumes of material. It also features an efficient beam-deflection asset that enables precise control of the focused laser beam. ESI 9830 has a cutting speed of up to 100 inches per second, making it ideal for laser processing applications where fast and efficient laser performance is required. It also offers flexible programming options such as the ability to create, modify, and store a limitless number of engraving and cutting programs. With 9830, users can easily switch between programs and quickly adjust parameters for maximum cutting and engraving efficiency. Overall, ESI 9830 is an exceptional laser model designed for maximum performance and operational efficiency. Its double safety interlock equipment effectively eliminates risk of accidental contact with the laser. With its high-speed scanning system, its wide range of adjustable power levels, and its flexible programming options, 9830 is well suited for cutting and engraving operations on a wide variety of materials.