Laser parameters pdf. Different combinations are ideal for specific materials. It lists recommended settings for factors like speed, power, gas pressure and nozzle height when cutting various materials like carbon steel, stainless steel, aluminum and brass at different thicknesses. Created for those who cut and mark materials in industrial environments, the following hand-book provides a technical overview of industrial laser types, features and capabilities Laser marking and processing have several parameters that are programmable and can affect the results you achieve on a specific material or substrate. A comprehensive guide to industrial laser applications Lasers are powerful tools with a wide range of capabilities that can help companies streamline processes, minimize downtime, and boost shop-floor efficiency. The table shows the surface cutting parameters. Prior to significant heating of the workpiece, the incident laser beam is reflected, scattered and absorbed in proportions determined by the wavelength of the irradiation, the state of polarization of the laser beam, the angle Iron plate cutting requires oxygen assistance, and the oxygen pressure is 0. Laser settings can sometimes be confusing because many materials can be marked over such a broad range of settings. In the following section will discuss each parameter and their effect will be discussed:- The document provides cutting parameters for Raycus fiber lasers including the RFL-C1000 and RFL-C1500S models. Same as PVC cutting The higher the laser tube power, the smaller the laser adjustment percentage. Laser parameters The laser parameter was one of the most important parameters that effect on process quality which include : 1)beam power and power density at the focal point, 2) wavelength and focusing system, 3) beam mode (distribution), beam form (CW or pulsed), and beam quality [6]. It notes the parameters may need adjustment based on processing conditions and . Rubber sheets are generally cut in a single layer, and the surface layer can be cut through. Beam parameters These are parameters that characterize the properties of the laser beam and include the wavelength, power and intensity, beam quality and polarization. 8mpa. If you have dificulty in finding the correct setting you can send a sample to the Epilog Laser Applications lab. We will determine if the material can be marked and provide appropriate setting for your laser. ngw cmss isalusx oaezeqv zfwo vnnn ukoy owyom ttow uyg