Used UNITEK MIYACHI LMV 1000 #9229872 for sale

UNITEK MIYACHI LMV 1000 is an industrial laser with precise control and power output that is designed to be highly reliable, as well as cost-effective. It offers a fully automated system that can be used for a variety of applications, including laser processing, marking, and engraving. Its features include a 10 watt average laser beam power, a wavelength of 9.3-10.6 micrometers, and pulse duration of 8ms. Additionally, it can deliver excellent spot uniformity, pulse-to-pulse stability, and consistency. UNITEK MIYACHI LMV1000 also provides high speed processing rates with a maximum speed of 650 pulses per second. Additionally, the scan head features a wide range of programmable parameters that can be customized to the specifc project requirements. It also offers an automated qality control system with configurable settings to ensure consistent and predictable results. The laser's control system offers an intuitive graphical user interface with easy-to-use software for programing and setting parameters. LMV 1000 is designed to be highly reliable and safe. It includes two sets of safety sensors in the machine that monitor the laser energy, and stop the laser in the event that a certain power or energy limit is exceeded. It also includes integrated cooling and purge systems to ensure that the laser is always operating at the correct temperature. LMV1000 is energy efficient, with a power consumption of approximately 500 watts, and a power factor of 95% or better. It generates minimal noise during operation, and comes with an operational airflow of less than 68 decibels. It is also designed to be low maintenance, with no need for scheduled maintenance or replacement of parts. UNITEK MIYACHI LMV 1000 is an ideal laser for a variety of industrial applications, including laser processing, marking, and engraving. Thanks to its precise control and power output, as well as integrated safety and cooling systems, it can be relied upon to deliver high quality, consistent results with maximum efficiency.