Ledges

Laser cutting is currently the most precise method used in many industries. This method allows for very uniform cuts - ones that traditional mechanical processing cannot provide. The difference lies in the cutting factor used. Additionally, the full automation of the process, along with the optimization of all components of the device, makes laser cutting services dynamic and fast. As a result, laser cutting enables the execution of all kinds of orders in a very short time, leaving behind small cutting gaps.

Laser cutting is an extremely modern method of processing, with very similar dimensional parameters to traditional processing, but with the difference that technologically advanced equipment is used within the device. Their laser energy is so high that it allows for cutting materials of various hardnesses and thicknesses. Depending on the device chosen, cutting is performed using three methods, which allow for the production of complex shapes, including:

Burning Method
It utilizes the oxidation phenomenon of the material, which is heated by the laser beam. The proper heating temperature in the cutting gap is almost 1200 degrees Celsius. This method primarily allows for achieving very high cutting speeds with relatively low laser power. It is worth noting that the resulting cutting gap is never larger than the laser beam.

Melting Method
This is a technique commonly used in cutting materials such as high-alloy steel. The material cut by this method is processed by a laser beam of very high intensity. The very high laser power allows the material to be brought to a liquid state. Additionally, the lack of oxidation reaction results in the creation of various types of surfaces that are free from oxides, which is very important, especially when processing high-alloy steels.