Used ESI 4000A #9004988 for sale

ESI 4000A is a state-of-the-art, ultraviolet (UV) pulsed laser equipment designed to offer a wide range of laser-based applications in the industry and medical industry. The laser, from Electro Scientific Industries (ESI) Inc., is the perfect solution for many phototargeting, imaging and patterning applications. The wavelength of the laser is 365nm, which provides a range of benefits such as high ablation rate, increased absorption characteristics, and short ablation times. 4000A comes equipped with many features, which make it an ideal choice for many applications. The laser is designed to deliver a precise and repeatable output power of up to 10 W, providing optimum ablation performance. It also offers excellent beam quality that allows for precise targeting and patterning. Furthermore, ESI 4000A has a very low divergence, which ensures that the beam will stay focused and in-tune with the set target even when the work distance increases. The laser is equipped with advanced laser control hardware which ensures that the system remains safe and secure during operation. This includes a built-in optical isolation unit that blocks noise and noise interference in order to guarantee a reliable output. 4000A also has an intuitive graphical user interface which makes it easy to program and operate the machine. ESI 4000A also has several advanced features that help to increase efficiency and performance. It has a high frequency modulation that allows for quick setting changes to be made and improved accuracy. This is especially beneficial for applications like microelectronics or medical surgical laser ablation. ESI provides pattern recognition features as well as phototargeting, imaging and mark setting capabilities. 4000A is designed with precision and accuracy in mind. It is engineered using advanced components and technology to ensure it produces optimum results for different applications. It has a high resolution imaging tool for pattern recognition, as well as an adjustable line width and layer height. The laser can also be adapted to the specific needs of the user by changing settings on-the-fly in order to maximize productivity and efficiency.