Used MITSUBISHI 605GTWII-H #293630406 for sale

MITSUBISHI 605GTWII-H
Manufacturer
MITSUBISHI
Model
605GTWII-H
ID: 293630406
Laser drilling machine.
MITSUBISHI 605GTWII-H laser is a unique and powerful tool used in the industrial and research fields. It is a continuous wave (CW) Q-switched Nd:YVO4 laser that is ideal for surface treatment applications, such as heat treatment, plastic erosion, and industrial surface treatment. This laser is rated for up to 500W of total output power and is capable of working with a range of wavelengths from 1064nm to 532nm. The pulsewidth and pulse energy are also adjustable, allowing for a wide range of applications. 605GTWII-H model features a number of features that make it unique compared to other models available in the market. It includes a control panel which allows easy access to the laser parameters, precise frequency control, and a variety of different beam shapes. In addition, it includes a frequency stabilization system to provide precise frequency control and a digital control panel that enables onboard process monitoring. This laser uses a beam focusing pattern to achieve maximum energy output and allow precise fiber or workpiece placement. The active cooling feature ensures a stable temperature for working, as well as an improved beam quality. The pulse repetition rate is adjustable, allowing for a precise adjustment for the desired application. MITSUBISHI 605GTWII-H also has superior shock resistance, capable of making precise cuts on tough materials and thin-walled shells. It is designed for a variety of industrial applications and can accommodate a wide range of operating conditions. With its advanced optics, software, and controls, it can be easily integrated with automated systems of any scale. 605GTWII-H is a reliable and powerful tool for a variety of industrial and research applications. It features an adjustable output power, precise frequency control, and on-board process monitoring. With superior shock resistance and digital control panel, it is a great addition to any machine company or research facility.
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