Controlling process heat input using a laser in laser-based manufacturing is indeed a critical aspect. Laser power and intensity management play a key role in achieving the desired outcomes. Laser beams consist of individual rays, each carrying a specific amount of energy and following either parallel or divergent paths.
When it comes to diode lasers, they offer the flexibility to generate different laser intensities. The Uniform and Gaussian distributions are two well-known intensity profiles. The choice between them depends on various factors, including tooling geometries, laser distance, laser angle, laser divergence, and laser spot size.
To determine the most suitable intensity profile for your specific setup, it is important to consider these influencing factors and their impact on the manufacturing process. Customization is often necessary to achieve the best choice tailored to your requirements and optimize the laser-based manufacturing process.
At OTOMcomposite, we specialize in providing customized solutions to meet your specific needs. Our expertise in laser-based manufacturing and process optimization enables us to assist you in making the best choice for controlling process heat input with a laser. By analyzing your setup, considering the influencing factors, and leveraging our industry knowledge, we can help you achieve optimal results and maximize the efficiency and quality of your manufacturing process.