Used LAMBDA PHYSIK Compex 110 #9394585 for sale

LAMBDA PHYSIK Compex 110 is a diode-pumped, solid-state laser equipment developed and manufactured by LAMBDA PHYSIK. This compact and lightweight laser is designed to provide a versatile and reliable industrial-grade laser solution. With its easy-to-use interface and broad range of specifications, Compex 110 is the perfect choice for a variety of applications including micromachining, direct part marking, and material processing. LAMBDA PHYSIK Compex 110 is powered by a diode-pumped, high-efficiency Nd:YAG based laser oscillator with a pulse duration of up to 40ns and pulse energies up to 350mJ. The 1064nm wavelength is suited for most materials, including plastics, metals, and ceramics. The laser has an easily adjustable pulse frequency range from 1kHz to 10kHz and is equipped with a frequency doubling option for an output of 532nm. Compex 110 is equipped with an intuitive user interface and has multiple control modes including manual, remote, and servo. The laser beam is focused by an interchangeable f/4 or f/5.6 iris-type beamexpander with a minimum spot size of 0.25mm. It is designed to ensure a reliable and repeatable operation in long-term industrial applications. LAMBDA PHYSIK Compex 110's transportable design is extremely portable and fits through standard doorways. It is a robust and reliable system with a low maintenance profile and a long life expectancy. The laser is also cooled by a liquid bottle cooling unit which is more efficient and economical. Additionally, the laser is equipped with a range of safety features to protect both the operator and the laser machine itself. Overall, Compex 110 is a powerful, robust, and reliable industrial-grade laser tool that is suitable for a variety of applications. Its simple user interface, adjustable pulse frequency range, and extended life expectancy make this laser ideal for long-term industrial applications. Additionally, its transportable design and advanced safety features ensure a safe and reliable operation.