The laser services delivered by Contrakt Materials form part of the technological support for industrial manufacturing environments that utilise laser-based technologies. The scope of activities includes both process-oriented consulting and industrial laser processing services, carried out on the basis of an analysis of real production conditions.
The optimisation of industrial production processes is performed with a focus on stability, repeatability and predictability of technological parameters. The objective is to reduce process variability, identify potential areas for cost optimisation, and improve the quality and service life of manufactured components.
All activities are carried out with full consideration of existing plant infrastructure, material requirements and applicable technical standards, without disrupting ongoing production.
The scope of services includes industrial laser services and steel processing, in particular:
- technical consulting in the field of laser welding for industrial applications,
- technological audits of welding and production processes,
- industrial laser services for sheet metal cutting,
- steel bending on CNC press brakes,
- laser hardening of steel components.
The selection of services is always based on process analysis and the defined technological objective, rather than on a fixed execution model.
Technological support for industry
Technological support for industry includes the analysis and selection of technologies in relation to specific manufacturing applications. Activities focus on process parameterisation, material compatibility and long-term quality stability.The scope of support may include the evaluation of applied technologies, material selection, optimisation of process parameters, as well as support in the selection of machines and tools, taking into account the required precision and repeatability.
Optimisation of processes within the enterprise
The optimisation of production processes is carried out through a technological audit performed directly within the industrial facility. The objective is to identify areas for improvement in terms of cost efficiency, quality and process organisation, particularly in laser welding processes.
The outcome of the technological audit and technical consulting is a structured overview of the laser welding process, supplemented with recommendations regarding technological parameters, process organisation and potential directions for further optimisation.
The recommendations are technical and process-oriented in nature, enabling implementation without disrupting production continuity or affecting the stability of existing manufacturing processes.
Technical consulting in laser welding
We provide technical consulting in the field of laser welding as process-oriented support for industrial plants that use or plan to implement laser technologies in production.
The scope of consulting includes the analysis of existing welding processes, evaluation of technological parameters, and identification of factors affecting the stability and repeatability of weld quality. Activities are carried out with reference to specific material applications, component geometry and operational requirements.
The objective of the consulting is to structure the laser welding process so that it is predictable, scalable and sustainable under serial production conditions.
Technological audit of welding and production processes
The technological audit conducted by specialists from Contrakt Materials includes a comprehensive evaluation of laser welding processes and related production operations within the industrial environment.
The audit is carried out under real operating conditions and may include, among others:
- analysis of laser welding process parameters,
- evaluation of material selection and material behaviour during processing,
- identification of sources of quality-related and cost-related variability,
- assessment of process organisation with regard to repeatability and stability,
- identification of potential areas for optimisation of production processes.
The audit team holds International Welding Engineer (IWE) qualifications, ensuring that the analyses are aligned with recognised engineering standards and industrial best practice.
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.
Steel bending on CNC press brakes
Steel bending is carried out as a plastic forming process in which repeatability of the bending angle, dimensional stability and control of material deformation are of key importance.
The bending process is designed with reference to component geometry, operation sequence and subsequent manufacturing stages such as welding, assembly or surface treatment. The objective is to ensure dimensional consistency across the entire production series.
Bending technology on CNC press brakes
Bending is performed using CNC press brakes, enabling precise control of tool movement and applied force during the process.
CNC control allows for:
- execution of complex bending sequences,
- repeatable positioning of components and tools,
- compensation of material-related deformation,
- stable process parameters in serial production.
The bending process is configured according to the specific material, sheet thickness and required dimensional accuracy.
Laser hardening of steel components
Laser hardening is implemented as a precise surface hardening process for steel components, applied where increased wear resistance is required while maintaining the mechanical properties of the component core.
The process is carried out selectively and limited to defined areas of the component, avoiding uncontrolled thermal impact on the overall geometry.
Knowledge and Technology
In the blog, we regularly publish technical analyses on laser services.