Used ESI 9000 #293586216 for sale

ESI 9000 is a high performance laser that is widely used in industrial and scientific applications. It is a mid-power, continuous wave, laser that emits a highly coherent energy beam at a wavelength of 1µm. This laser is known for its excellent optical power stability and long-term reliability. 9000 is capable of producing very low divergence beams, which makes it well-suited for precision processes such as cutting, marking, welding and drilling. It is also known for its fine-tuning capabilities, allowing for complete customization of the emitted laser beam. ESI 9000's base design consists of a diode-pumped Nd:YAG laser, which is powered by a diode up to 25 W. This laser is designed to operate at temperatures between -20 and +40 degrees Celsius, making it suitable for use in a variety of environments. The laser can be triggered via external optical feedback, an optional TTL trigger or its built-in microcontroller. It also comes with an optional remote control panel, allowing users to make easily adjustable adjustments to the laser's power, frequency and pulse widths. 9000 offers a range of peak power outputs, with the most powerful models reaching up to 9W, while the lower power versions are limited to 1W. Additionally, the laser can reach peak powers of up to 1kW, making it suitable for dealing with harder materials like metals and glass. The trade-offs associated with this increased power are the increased intensity and reduced pulse width, which can be difficult to control with precision. In addition to its flexible control features, ESI 9000 also offers a number of safety features, such as the incorporation of an emergency power shut down switch and a temperature controlled environment. 9000 is also designed with a solid-state cooling system, allowing the laser to expire due to overheating. Overall, ESI 9000 is an incredibly powerful and accurate laser. The combination of pulse width control and high-powered output make it very versatile, suitable for a wide range of applications in industrial and scientific settings.