In our traditional cognition, fiber laser marking machine 80W is mainly used for marking and engraving on various materials. However, what many people don't know is that laser marking machine equipment can also be used for cutting, especially common materials such as acrylic. Acrylic is transparent, lightweight and easy to process, and is widely used in daily life and industrial production. Today, let's discuss how to use laser marking machine to easily cut acrylic within 1mm.
How does fiber laser marking machine cut acrylic within 1mm?
In acrylic processing, laser cutting machine is usually used for cutting of thickness above 3mm. For thin acrylic within 1mm, it is recommended to use carbon dioxide laser marking machine, and the power can be selected between 80-200 watts. It can make the edge of acrylic within 1mm smooth and the cutting accuracy high, while avoiding the material deformation or burr problems that May be caused by traditional mechanical cutting.
Process:
Material preparation: First, clean the acrylic material and place it on the workbench of fiber laser marking machine 80W. Make the working area dust-free to avoid affecting the cutting effect.
Equipment debugging: According to the pattern, text and other information to be cut, adjust the parameters of the fiber laser marking machine 80W, such as power, speed, frequency, etc.
Precision cutting: Place the acrylic material under the laser beam and adjust the position so that it is completely within the irradiation range of the laser beam. Press the cutting button to start working. The whole process takes only a few seconds to complete the cutting.
Post-processing optimization: After the cutting is completed, the acrylic material needs to be taken out and post-processed. Post-processing includes steps such as trimming edges and grinding to better meet actual needs.
Market application and industry prospects:
At present, the technology of fiber laser marking machine 80W cutting acrylic has been applied in many industries, such as advertising logo production, handicraft engraving, electronic equipment shell processing, etc. With the increase in precision manufacturing needs, the application scope of laser equipment is expected to expand further. In the future, can laser marking technology replace traditional cutting methods in a wider range of industrial production? This issue deserves further exploration by the industry. We at Eagle Laser have been paying attention to this matter, and we have also explored and conducted in-depth research on it. Are you also thinking about this question? Welcome to discuss with us!