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B e r L a s e r

Laser Technology

Laser Technology – Modern Solutions for Precision Metal Processing

Our company employs advanced laser technology to process various metals with outstanding precision and speed. From thin sheet metal to heavy steel plates, we offer a wide range of processing capabilities. The contactless cutting process produces burr-free edges with minimal heat impact, which is especially advantageous for complex geometries and sensitive materials.

At BERlaser, we primarily rely on state-of-the-art fiber laser technology in various power classes, precisely tailored to each material’s requirements. Thanks to the high beam quality of our fiber lasers, exceptionally accurate cuts are achievable, even with thick sheets or difficult-to-process materials. Moreover, the high power density ensures rapid operation, reducing production times and costs. The contactless nature of the process also minimizes mechanical stress on the material, enabling parts to be processed with virtually no distortion or damage. Another key advantage lies in the excellent energy efficiency of our fiber lasers: Compared to traditional CO₂ systems, they consume significantly less power, lowering operating costs and contributing to sustainable manufacturing. Combined with advanced control systems, our technology guarantees consistently high-quality, reproducible outcomes, thereby enhancing overall process reliability for our customers.

Efficient Laser Systems in Practice

Our laser systems can process a wide range of materials, such as steel, stainless steel, aluminum, and even non-ferrous metals like brass or copper. Thanks to extremely high cutting speeds and precise control, even complex shapes can be realized quickly, minimizing distortion and post-processing.

Our technology also supports process automation, for example by automatically changing sheet metal panels, thereby increasing throughput even further. Additionally, digital networking of our equipment allows efficient production planning, rapid adjustments, and comprehensive quality monitoring.

  • Performance
  • Automation
  • Quality

01. Performance

Our fiber lasers and CO₂ lasers handle a broad range of material thicknesses, achieving cutting speeds that are rarely possible with conventional methods—saving both time and production costs.

  • Rapid processing of large sheet formats
  • High repeat accuracy
  • Low maintenance requirements

02. Automation

From automated sheet loaders to intelligent process control, our laser systems are geared toward maximum efficiency. This enables near-unmanned production and significantly reduces lead times.

  • Automated material loading/unloading
  • Integrated monitoring and control systems
  • Networking with planning tools

03. Quality

Highly focused laser beams ensure excellent edge quality, even in challenging materials. Continuous quality checks keep tolerances within tight limits, minimizing rework to a bare minimum.

  • Burr-free edges
  • Precise tolerance adherence
  • Consistently reproducible results

Innovation in Laser Technology

Innovation is at the heart of our operations. By continuously developing our processes and technologies, we can execute complex projects more efficiently and sustainably. We rely on digitization and smart concepts to always provide future-ready solutions for our clients.

  • Research
  • Partnerships
  • Future

01. Research

Our in-house R&D department regularly tests new laser methods to further improve quality and speed, ensuring we can always offer our customers the most cutting-edge solutions.

02. Partnerships

By collaborating with universities and tech centers, we gain early insights into the latest research findings. This knowledge transfer significantly enhances our innovation capacity.

03. Future

We are already working on the next generations of laser sources and automation solutions to ensure top-quality standards and efficiency for years to come.

To continuously advance our laser technology, we make targeted investments in research and development. We maintain close partnerships with leading universities and research institutes to test novel laser sources and processes before they reach commercial viability. These collaborations enable us to swiftly transform innovations into practical applications, consistently offering our customers the most cutting-edge solutions. For instance, we are exploring hybrid methods that integrate laser cutting with other techniques, such as bending or surface finishing, in an even more cohesive workflow. This approach sets us apart from competitors by providing a comprehensive technology portfolio and a high level of in-house manufacturing capabilities. The result is not only shorter lead times but also customized end-to-end solutions from a single source. In this way, our customers benefit from the most modern production options, which can be flexibly adapted to current and future requirements.

Contact & Consultation

Would you like to learn more about our laser technology or do you have a specific project in mind? We are here to help. Contact us today to discuss your requirements and find a custom solution.

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