Free laser burning capacities
We offer free capacities of the laser cutting machine for various types of laser burning of sheet metal. Our options are in the maximum format of 3000x1500 mm and sheet thickness up to 20 mm in structural steel, 8 mm stainless steel and 5 mm aluminum. We also provide laser burning of sheets with an express delivery time within 48 hours of sending the drawing documentation. We have a material warehouse, or we can work with the customer's material. Deliveries of laser burnouts throughout the Czech Republic are a matter of course.
Laser burning of material is becoming an increasingly popular method in industry. One of the most common applications is the burning of sheet metal with a laser. This technique offers many advantages compared to traditional cutting methods, making it a popular choice for manufacturing processes that require precision, speed and high quality of the final product.
How does laser burning work?
Let's first imagine how laser sheet metal burning works. The principle of the fiber laser is the use of a concentrated laser beam, which is controlled by a computer and aimed at the sheet metal surface. The energy of the laser beam is high enough to dissolve or vaporize the material at that location, allowing for a precise and clean cut. Laser burning is capable of processing a wide variety of materials, including steel, aluminum, stainless steel and other metals.
One of the main advantages of laser sheet metal burning is its accuracy. Thanks to the high resolution and the ability to fine-tune the beam, very precise cuts and complex shapes can be achieved. This is especially important in industries such as the automotive industry or electronics manufacturing, where high quality and precision of production parts is required.
The advantage of laser burning is also the speed and efficiency of the entire sheet metal cutting process. The laser beam is able to move quickly over the surface of the material and perform cutting or vaporization in a very short time. This means that production processes can be accelerated and overall productivity increased. In addition, laser burning is also energy efficient, meaning it uses less energy than other traditional material processing methods.
Other advantages of burning sheet metal with a laser
Laser burning also has excellent heat input control. This property is very important when processing thin sheets, as it minimizes deformation and distortion of the material due to excessive heat. This is particularly advantageous in the production of precise and complex components, where it is important to preserve the original dimensions and shapes.
Another advantage of laser sheet metal burning is its ability to perform non-contact processing. The laser beam does not physically interfere with the material, which minimizes wear and extends tool life. In addition, this non-contact approach is gentle on the material, which means that the risk of contamination or damage to the sheet metal surface is minimized.
Laser sheet metal burning is also very flexible and capable of processing a wide range of geometric shapes and sizes. Thanks to precise beam control, curves, holes, notches and other complex shapes can be easily created. This gives designers and manufacturers more freedom to create new products and components.
Application of laser burning machine
The applications of laser sheet metal burning are diverse and found in various industries. In the automotive industry, the laser burning machine is used to produce bodies, exhaust systems, brake components and other parts. In electronics, it is used to manufacture microchips, printed circuit boards and other electronic components. Laser burning is also used in the production of furniture, jewelry, branded products and many other areas where precision and high quality processing are key.
In conclusion, we can say that laser burning into metals is an innovative material processing technique with many advantages. Accuracy, speed, efficiency, minimal heat input and non-contact nature are just some of the factors contributing to its growing popularity. Over time, laser burning is expected to continue to strengthen its role in the manufacturing industry.