3D laser cutting - advanced 3D laser processing for modern industry

The manufacturing industry has come a long way, as has the technology that supports it. One such technology is 3D laser cutting, which has revolutionised the way manufacturers cut materials such as plastics, wood and metals. In this article, we look at the technical features and applications of 3D laser cutting, as well as its advantages over other manufacturing processes.

Technical functionality of 3D laser cutting

In 3D laser cutting, the laser technologyThe laser is used for the mechanical control of the laser on several axes as well as the feeding, movement and removal of the workpieces. In contrast to other manufacturing processes, these technologies can be used in modern laser cutting can be carried out without human intervention, which enables a high degree of precision and efficiency.

One of the unique advantages of 3D laser cutting is the ability to add cut-outs and contours to the workpieces after forming, allowing tubes and three-dimensional objects to be processed. The movements of the workpieces required for processing can be carried out by the 3D laser cutter or by synchronised industrial robots.

Areas of application for 3D laser cutting in 3D laser processing

Today, 3D laser cutting is primarily used in the metalworking industry. Workpieces can be further processed directly after previous forming steps with the help of the laser, which enables High precision of the cuts and cutting edges. The exact distance between the laser and the material is continuously measured by internal sensors, allowing the machine to works with consistent quality and precision.

When cutting pipes, the continuous alignment with the help of the 3D-high precision of cuts and cut edges is achieved with laser cuttingso that less manual post-processing is required. Even complicated cuts can be planned directly on the computer and executed by the machine with high precision, which shortens the time from the designer to the workpiece and increases market opportunities.

Advantages of 3D laser cutting compared to other manufacturing processes

The switch from manual manufacturing processes to 3D laser cutting has taken place due to a number of advantages. One of these advantages is the cost saving through the reduction and sometimes elimination of unit labour costs. In addition, the machine can repeat the work steps as often as required while maintaining the same quality and precision, which is particularly advantageous in series production. In one-off production, even complicated cuts can be carried out by the machine with high precision, eliminating the need for time-consuming rechecks, sorting and reworking.

Another advantage of 3D laser cutting is that it is gentle on the material being processed. The intensity of the laser is precisely tailored to the properties of the material and enables fast cuts without altering or damaging the surrounding material. This ensures that the workpieces are processed with high precision and their structural integrity is maintained.

3D laser cutting has changed the manufacturing industry and offers numerous advantages over other manufacturing processes. With its ability to process tubes and three-dimensional objects, its high level of precision and cost-effectiveness and its gentle treatment of the material being processed, it is no surprise that 3D laser cutting has become the preferred choice for many manufacturers.