Industrial laser services for sheet metal cutting
Industrial laser cutting services are implemented as an integral part of the technological process, where geometric repeatability, edge quality and process stability are critical.
Laser cutting is performed as a non-contact process with controlled energy input, which reduces the heat-affected zone and minimises the risk of component distortion. The process is designed with subsequent manufacturing operations in mind, such as bending, welding or assembly.
For cutting operations, laser technologies are applied that are adapted to specific material and production requirements, including:
- fibre lasers used in modern industrial systems,
- laser technologies applied in specific material-related applications,
- CNC control ensuring repeatability of cutting paths and component geometry.
The selection of technology and process parameters is based on material analysis, sheet thickness and required edge quality.
Material range and processing formats for laser cutting
Laser cutting processes are carried out for standard materials commonly used in industry, in particular:
- structural and carbon steel,
- stainless steel,
- aluminium,
- copper and brass.
Processed sheet formats correspond to industrial standard dimensions, enabling seamless integration with typical supply chains and production planning.
Precision, repeatability and edge quality in laser cutting
Laser cutting ensures stable quality in single-piece and series production through:
- high repeatability of components enabled by CNC control,
- precise reproduction of geometry, including complex contours,
- smooth cut edges reducing the need for additional mechanical finishing,
- a limited heat-affected zone (HAZ), particularly relevant for thin and precision components.
This approach ensures consistent component quality throughout the entire production cycle.
Industrial applications of sheet metal laser cutting services
Industrial laser cutting services are applied in the production of:
- structural and load-bearing components,
- machine parts and technical components,
- components with complex geometry and high tolerance requirements,
- series production requiring repeatability and process stability.