Used ESI M9830 #293706520 for sale

ESI M9830 is a solid-state laser used in industrial and medical applications. It offers both high resolution and high efficiency laser performance. This type of laser is capable of producing a variety of shapes and sizes of beams with an output power of up to 4.5 watts. It features Intracavity Frequency Doubling (IFD) of up to six harmonic orders. ESI M 9830 is exceptionally versatile and capable of producing nanosecond-width square, rectangular, and round beams. It is also suitable for laser cutting and welding applications. Its wavelength stability, low quantum defects, and increased beam quality allow for precise repeatability and accuracy, eliminating the need for replicating costly additional optics. The laser is also environmentally friendly, offering low power consumption and fewer emissions over traditional laser sources. Its advanced power control system also ensures a level of safety, with automatic shutdown when energy levels reach a certain point. This helps to prevent overheating and damage to the laser components. M9830 is designed for high-speed applications but also offers consistent energy output and short pulse duration. A First Service Laser (FSL) system ensures the laser operates within pre-set parameters such as power, pulse duration, and repetition rate. It also provides protection and control of the laser during operation, helping to protect the system from damage due to mishandling. M 9830 also offers wide range of ports for interfacing external devices, allowing for easy integration into existing systems. In addition, the laser is also fully compatible with automation systems. This enables easy integration into industrial systems, with the ability to adjust the parameters as required. Overall, this is an extremely powerful, energy-efficient, and reliable laser that is widely used in various industries for cutting, marking, drilling, and welding applications. It offers a level of accuracy, reliability, and safety that cannot be matched by traditional laser sources.