Used ESI 9830 #9083954 for sale

ESI 9830 is an ultraviolet (UV) laser equipment that provides precision processing capabilities. Its output telecommunications boasts relatively high pulse energies, wide beam diameters, and high repetition rates, and its laser optics deliver distinct performance features such as excellent beam health and stability. At the heart of 9830 is a proprietary, recessed-cavity laser, which is capable of delivering extremely short wavelength pulses from a single in-module design. This highly efficient system generates 30W of ultraviolet laser output energy at the 355nm wavelength, allowing for enhanced accuracy and outstanding beam spot power densities. ESI 9830 is a parametric-pulse, amplitude-governed laser. This means that the pulse length, repetition rate, pulse-per-burst, and average power for all applications are adjustable. Precise, controllable pulse-widths from 10 nanoseconds (ns) to microsecond (µs) pulse-widths enable a variety of material processing applications. The laser's pulse-shaping software allows for precise, in-situ adjustments to the pulse parameters, extending the versatility of the unit. This makes it well-suited for laser printing and scribing operations, semiconductor design and manufacture, material ablation and cutting applications. 9830 is designed to easily integrate into existing production lines. State-of-the-art interface hardware and software enable monitoring and control of the laser machine, and allow settings to be adjusted quickly and conveniently. Settings can also be stored and retrieved directly from simple-to-use memory cartridges. The near-ultraviolet output of ESI 9830 ensures that the tool is highly practical for precise applications, particularly while targeting semiconductor substrates with ultra thin layers. This laser asset offers high pulse-to-pulse and pulse-to-pulse stability, making it an outstanding choice for ultra-precise laser micromachining of all kinds. 9830 is an ideal laser model for those seeking a reliable, high-quality alternative to traditional processes. It's lightweight design makes it easy to be moved around the workplace, while its energy output and adjustable pulse-width settings provide precision control and accuracy. Its long-term stability and output power range make it an outstanding choice for applications both in research and industry.