Laser cutting service refers to the process of cutting or shaping various materials using a laser beam. This service has a wide range of applications, from industrial manufacturing to personal projects. Laser cutting can be used on many materials such as metal sheets, aluminum, stainless steel, wood, acrylic, plastic, and even fabric. The process is carried out by directing a high-energy laser onto the material. The laser beam cuts by melting or vaporizing the material. The precision and quality of the cut depend on factors such as the laser’s power, focusing capability, and the accuracy of motion control systems.
Laser cutting offers many advantages. Laser technology operates with high precision and repeatability, making it highly suitable for creating complex shapes and fine details. It provides clean and smooth cuts. Laser cutting can be applied to various materials and different thicknesses. Designs and patterns can be easily customized. Due to its speed, laser cutting accelerates production processes. Laser cutting offers many advantages such as these. Through ERF Group, you can easily access all information related to laser cutting services and contact us via our website.
Laser cutting service refers to the process of cutting and shaping various materials using a laser beam. There are several methods used for this cutting process. Let’s take a closer look at these methods.
The vaporization cutting method is carried out by applying a highly focused laser beam to the surface of the material. The laser beam excites the atoms or molecules on the material’s surface, causing the surface temperature to increase. When the thermal energy reaches the level required for vaporization, the material rapidly vaporizes and the cutting process occurs. This method can be applied to various materials.
The melt and blow laser cutting method is used to cut materials using a laser beam. In this method, the laser beam heats and melts a specific area of the material. A gas jet is then used to remove the molten material from the cutting line. By combining melting and material removal, the cutting process is completed. This method is especially used for cutting metal materials. The melt and blow method enables fast and clean cutting.
Reactive cutting is a method used to cut reactive materials using a laser beam. During this process, a reactive material layer that can react when exposed to the laser beam is used in contact with the material. This method allows very thick steel plates to be cut using lower laser power.
Thermal stress cutting is a method that utilizes the thermal stresses generated during laser cutting. Heat energy is transferred to specific regions of the material, causing thermal stress. These thermal stresses lead to material expansion, which results in controlled cracking that enables cutting. This method is used for brittle materials such as glass.
Laser cutting machines are an important cutting technology widely used across many industries and offer numerous advantages. Below are the main benefits of laser cutting machines:
Precision Cutting:
Laser cutting machines are capable of extremely precise cuts. Thanks to their high focusing capability, they are ideal for cutting complex and detailed designs. This allows for fine lines, sharp corners, and high cutting quality.
Cutting of Various Materials:
Laser cutting machines can be effectively used on many different types of materials, including metal, wood, plastic, fabric, leather, glass, and ceramics. This provides a wide range of applications across many industries.
Flexibility and Design Freedom:
Laser cutting increases design freedom. By enabling the cutting of complex shapes and patterns, it offers design possibilities that were previously unattainable, allowing for the production of unique and customized products.
Clean and Precise Cutting:
Laser cutting ensures clean and precise cuts with minimal thermal deformation. In most cases, no additional processing or finishing is required. The cut surfaces are generally smooth and free of burrs.
Automation and Efficiency:
Laser cutting machines can be integrated with automation and digital control systems. This speeds up production processes, increases efficiency, and ensures repeatability. Their programmability also enables fast cutting of complex and diverse designs.
Minimal Waste and Cost Savings:
Laser cutting produces minimal material waste due to its accuracy and precision. Reduced material loss lowers costs, and the high cutting speed shortens production time, resulting in reduced labor costs compared to traditional cutting methods.
