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4 dni temu · This article provides a comprehensive laser cutting thickness and speed chart for lasers ranging from 500W to 30kW, covering mild steel, stainless steel, and aluminum. Key Takeaways. Higher-power lasers are more effective for cutting thicker materials, as the cutting speed increases with higher wattage.
Laser specifications describe properties of a laser system, including performance parameters, dimensions, and operating conditions.
3 dni temu · The essential parameters for laser cutting machines include power output, wavelength, beam quality, cutting speed, pulse frequency, focus position, beam diameter, assist gas and nozzle diameter, drive system, software and material specifications, and cooling method and energy efficiency.
Specifications of a Laser. Beam Diameter: The beam diameter refers to the diameter of the laser beam measured at the exit face of the laser housing. The beam diameter can be defined in several different ways, and for Gaussian beams it is typically described by the 1/e 2 width.
9: Beam Profile. A laser’s beam profile describes the distribution intensity at a cross-section of the beam. Common beam profiles include Gaussian and flat top beams, whose beam profiles follow Gaussian and flat top functions, respectively (Figure 4). However, no laser can produce a perfectly Gaussian or perfectly flat top beam whose beam ...
The beam radius indicates the transverse extension of a light beam, often based on the second moment of the intensity profile.
10 sie 2024 · This article explores the relationship between laser power, cutting speed, and material thickness, providing a comprehensive chart to guide optimal settings. By following these guidelines, you can minimize waste, enhance productivity, and ensure high-quality cuts.
