Used LAMBDA PHYSIK COMPex Pro 205 #9043063 for sale

LAMBDA PHYSIK COMPex Pro 205 is an advanced and reliable excimer laser equipment that offers a great solution for a multitude of applications in the industrial and scientific industries. It features a highly reliable Lambda XeCl excimer laser that produces a focused UV laser beam with an output of 205 mJ and a pulse repetition rate of up to 500 Hz. This laser system produces emission wavelengths from 157.6 nm to 308 nm, enabling it to be used for precision cutting, welding, refinishing, and more. The laser head of COMPex Pro 205 contains a patented hermetically sealed, fluid cooled resonator chamber for improved laser lifetime, and a cesium-based vapor lamp control unit. An imaging and aiming machine has also been included, which assists in accurately positioning the beam without requiring a precise alignment of the laser-structure. The laser tool is equipped with a wide range of safety features, such as an interlocked power supply for improved safety, and a protective, vacuum-sealed machine housing. The laser is equipped with an embedded PC for control of all of the laser's functions, with self-diagnostic functions for maintenance. The integrated alarm outputs enable quick shuttering of the laser and informing staff about malfunctions. LAMBDA PHYSIK COMPex Pro 205 also offers a wide range of additional accessories, such as touchscreens, keypads, shutter systems, and printer interfaces. The asset is compatible with a range of software programs that allow the user to quickly and accurately set parameters for each application and access programs designed for specific applications. In summary, COMPex Pro 205 is an advanced and reliable excimer laser model that offers a great solution for a multitude of industrial and scientific applications. Its cutting-edge design and powerful laser make it an ideal choice for any precision laser cutting, welding, and refinishing projects, whilst the safety features, integrated PC, and range of accessories add to its overall value and usability.