Laser cutting

Laser cutting is a technique that uses a powerful laser beam to cut through materials with high precision. The beam melts, vaporises or burns the material, resulting in precise and clean cuts. 

Laser cutting offers extreme precision, thin cuts and minimal material waste compared to traditional methods such as mechanical sawing or plasma. The process is flexible and can handle complex shapes and tight tolerances, making it ideal for industrial components, prototypes and mass production. In addition, processing is fast and efficient, reducing lead times.

We can handle both small and large batches, from 50 up to 30,000 components. Whatever the volume, we ensure high precision and consistent quality. Our modern machinery and efficient processes make it possible to deliver large volumes within short time frames without compromising on accuracy.

We offer laser cutting to customers in almost all of Sweden, from Skåne to Norrland. No matter where your company is located, you can rely on us to deliver sheet metal components with the highest quality, precision and delivery reliability.

Yes, we do! We accept CAD files in various formats and can directly import them into our system for fast and accurate processing. 

Yes, we offer complete solutions where laser cutting is combined with edge pressing, welding, assembly and surface treatment. This enables delivery of finished components directly to production, saving time and resources for our customers. Integration with ERP and CAD/CAM systems ensures that all steps are optimised for precision and efficiency.

We use modern fibre lasers such as Bystronic 8 KW and 4.4 KW. These machines enable precision processing of various sheet materials with high speed and efficiency. Through integration with our ERP and CAD/CAM systems, we can optimise the production flow and ensure both fast delivery and high quality of each component.

Fibre lasers are modern laser technology that is faster, more energy efficient and better at cutting metal compared to older CO₂ lasers. It provides thin cuts, high precision and can handle reflective materials such as aluminium and copper, which CO₂ lasers have more difficulty with.