7371-3MMX10M

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7371-3MMX10M is a type of industrial fiber laser. It is commonly used in fields like welding, marking, and cutting and is suitable for both large scale and microfabrication applications due to its long working distance.

The key components of 7371-3MMX10M include an Nd:YAG laser oscillator, a power supply, optics, galvanometer, and laser head. The Nd:YAG laser is a solid-state laser, meaning that it is constructed by assembling the laser crystals made of different materials. The power supply provides the energy needed to stimulate the lasing process and catalyze the beam\'s generation. The optics are responsible for the stimulation of the laser beam onto the target material. Galvanometer is a type of electronic measuring device that is used to measure and control the position, orientation, and energy of the beam. Lastly, the laser head is responsible for properly distributing the output beam onto the target material.

The main application fields of 7371-3MMX10M are welding, marking, and cutting. Not only does this type of industrial fiber laser provide precise and efficient cutting, drilling, and engraving capabilities, but it is also capable of welding a wide range of materials such as plastics, metals, and composites. It can also be used for surface texturing, a process in which the finest of details can be engraved onto the surface of metals.

The working principle of 7371-3MMX10M is based on the principle of laser power control. This type of industrial fiber laser works by using the galvanometer to scan the laser beam along the desired path. This type of laser is capable of providing high-energy outputs and produces very little heat, meaning that it is very efficient in terms of the materials it works on. The power of the laser beam can be adjusted depending on the required application.

Overall, 7371-3MMX10M is an industrial fiber laser system that is used for the most demanding applications in the fields of welding, marking, and cutting. It is a cost-effective solution that provides very accurate and efficient results. With its robust hardware, long working distance, and precise laser power control, it is capable of being applied to various tasks.

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