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strobe中文

The distribution of the power and energy density in the beam is considered a key parameter in most laser applications; it determines the effectiveness of laser processing in the material. This parameter is calculated by dividing the emitted power or energy by the cross-sectional area of the focused beam (details regarding such laser parameters are given in Radiometric Measurement). The higher the power or energy density in the focus, the more efficiently the laser processing operation performs. An unexpected increase in focal spot size can severely impact the beam's power density leading to deleterious effects such as:

MDas strobe model TURBO-STROB with Flash tube can be used for optical observation of periodic movements thanks to microprocessor support for virtually any application. "Slow" are realized by the variable phase shift of the trigger timing considerations. Accurate slow motion are possible with the coarse / fine - setting of Flash sequence. The high light output allows razor sharp observations at constant brightness over a wide frequency range. A rich accessories such as reflection, trigger adapter, etc. guarantees high operating comfort for efficient troubleshooting in the control of transportation systems.

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For additional insights into photonics topics like this, download our free MKS Instruments Handbook: Principles & Applications in Photonics Technologies

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Furthermore, one should not underrate the economic environmental impacts of consuming more processing gases. Significant energy is expended in the production of gases such as argon, which negatively affects the overall sustainability and end price of the manufactured product. At the same time, as more processing gases are consumed, more processing by-products - both gaseous and particulate - are emitted. Such emissions can reduce the quality of the optics, resulting in further reduction in beam quality. Figure 1 depicts the impact of low beam quality on costs per part.

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