Laser cutting for flexible blanks and clean contours
Metal processing without laser cutting is almost unimaginable today. Its high manufacturing flexibility and broad material range make it a key process in modern sheet-metal fabrication.
Our 6 kW 2D laser uses modern fiber technology and enables high production speeds combined with a clean cutting result. This makes it possible to manufacture a wide variety of parts economically and precisely.
In addition to standard steels, stainless steel, aluminum and non-ferrous metals such as brass and copper can also be processed. This allows us to cover a broad range of materials and applications.
Modern 2D laser technology for precise and economical blanks.
High cutting performance for robust components made from standard steel.
Clean results for stainless steel and aluminum as well.
Non-ferrous metals such as brass and copper can also be processed in this format.
Precise laser-cut blanks for different materials and applications
The combination of high speed, good dimensional accuracy and clean contours makes laser cutting a versatile process for single parts, series components and blanks intended for further processing.
- High manufacturing flexibility for changing geometries and batch sizes
- Suitable for structural steel, stainless steel, aluminum, brass and copper
- Clean cut edges as a reliable basis for downstream processing and assembly
Cutting, marking and direct downstream processing
In addition to cutting, our laser can apply permanent markings directly in the process, for example in the form of an engraving. This makes it easier to identify parts, assign them and integrate them efficiently into downstream workflows.
By linking laser cutting to further production steps, robust process chains can be created and adapted flexibly to your requirements. This means that, if needed, a further-processed component can follow directly from the blank.
If you need laser-cut blanks from different materials produced economically, we support you from inquiry through to series production.
