Description
Overview
Essential details:2213-75TSLKTB JDSU laser
The 2213-75TSLKTB JDSU laser is an argon laser manufactured by JDSU. It is mainly used in industrial, medical, scientific research and other fields, with high power, high precision, high reliability and so on.
The laser uses argon as the working medium, generates plasma through the discharge tube, and then excites the argon atom to release the laser. With an output wavelength of 488 nanometers, it is a common blue laser. The laser has high power and beam quality, can quickly and accurately locate and cut materials, and is widely used in industrial production marking, cutting, welding and other fields.
In addition, the JDSU 2213-75TSLKTB laser has long life, high reliability and stability, and is able to work stably in harsh industrial environments. Its output power is adjustable and can be adjusted according to different application requirements.
Overall, the JDSU 2213-75TSLKTB laser is an argon laser with excellent performance, high reliability, and a wide range of applications, suitable for a variety of industrial automation and processing fields requiring high precision and high efficiency.
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2213-75TSLKTB JDSU laser
The output power of the laser has an important impact on its application, mainly reflected in the following aspects:
Cutting and welding capability: The output power of the laser determines its ability to cut and weld materials. Higher output power allows faster cutting and welding of materials, increasing production efficiency. At the same time, high-power lasers can handle thicker or harder materials.
Machining accuracy and speed: The output power of the laser is closely related to the quality of its beam. The high quality beam enables more accurate positioning and faster processing speed. High power lasers usually have better beam quality, which improves processing accuracy and speed.
Material handling effect: The output power of the laser has an important effect on its application in material handling. For example, in terms of surface treatment, heat treatment and alloying, appropriate output power can obtain better treatment results.
Safety: The output power of the laser is also related to its safety. High power lasers can cause more damage to organs such as the eyes, so proper protective measures need to be taken.
Reliability: The output power of the laser is closely related to its reliability. High power lasers often require more complex design and manufacturing processes, so their reliability can be affected.
In summary, the output power of the laser has an important influence on its application. When choosing a laser, it is necessary to select the appropriate output power according to the specific application requirements. At the same time, when using the laser, it is also necessary to take appropriate operation and maintenance measures according to its output power to ensure its performance and safety.