Laser cutting process – non-contact and precise cutting technology at Lasertechnika.
At Lasertechnika, we use state-of-the-art machines with fiber technology, which provide extremely precise laser cutting. Fiber lasers are characterized by lower operating costs and high productivity.
Currently we have six TRUMPF TruLaser fiber laser cutting machines with the power of 12 kW, which is a guarantee of the highest quality of services.
Laser Cutting Technology.
Our company utilizes laser cutting technology to efficiently process various types of metal sheets, including aluminum, copper, brass, and steel. This technology allows us to process sheet metal of sizes: 4000 × 2000 mm.
What are the acceptable thickness ranges for different materials.
To maximize laser cutting efficiency, it is crucial to consider the thickness of the metal parts being processed. What are the acceptable thickness ranges for different materials?
Using advanced computer software, all parts produced have consistency and dimensional accuracy. In addition, the ability to easily repeat production increases process efficiency.
Precision laser cutting, supported by dedicated software, allows for optimal material utilization, significantly reducing waste.
The automation of the laser cutting process, supported by the storage of technical data in the system, enables fast and efficient execution of orders.
Laser-cut parts are ready for use without additional machining, saving time and resources.
Laser cutting does not require direct contact between the head and the workpiece, eliminating distortion and surface damage.
Laser cutting is ideal for both small and large production runs, offering versatility to meet different requirements and job sizes.
Laser cutting can safely cut all materials commonly used in industrial processing.