Used ESI 9830 #143953 for sale

ESI 9830 is a state-of-the-art laser designed for use in industrial and scientific applications. This particular laser is based upon a Nd:YAG (neodymium-doped yttrium aluminium garnet) configuration. It produces extremely high output power levels and excellent beam stability for consistent and reliable performance. The operational wavelength of an 9830 laser is 1064nm, which is the frequency at which digital laser processes are modulated. This laser operates in several different modulation formats, including digital, frequency modulation, and pulse width modulation. It is also able to support pulse repetition rates up to 200kHz with pulse durations as short as 25ns. The laser is built with a robust housing to guard against any electrical interference or multiplexing of the laser signals. This housing also protects the sensitive optical components from any thermal distortion or vibration. A special electromagnetic shielding built into the unit further reduces interference and helps to protect the laser signals. To control the accuracy and intensity of the laser, a built-in feedback control circuit is included in ESI 9830. This feedback circuitry ensures that pulse widths and beam profile are stable and consistent, ensuring the highest precision of results. 9830 laser also has an automatic power control feature that automatically adjusts the output power to maintain the best results. This feature also enables the laser to switch between pulse and modulated mode without having to manually reset the unit. All ESI 9830 units feature several safety and protection features, including a key lock to prohibit unauthorized use and a laser blocking filter to protect from any potential hazards. The safety interlock connector also helps protect the user from potential dangers associated with lasers. In conclusion, 9830 laser is a powerful tool for a variety of industrial and scientific applications. It is highly versatile, has excellent beam stability, and is constructed with several safety features to protect against potential risks associated with lasers. With its highly reliable output power and precision-level accuracy, this laser is suitable for a wide range of applications.