Quality Cut Package Virtually burr free cutting with Bystronic
Perfect cutting quality for thick material Cut virtually burr free for optimum results
The Bystronic Cut Quality Package offers the ideal solution for processing thicker materials. It provides excellent cutting quality even with 30 mm thick structural steel.
BeamShaper technology ensures virtually burr-free cutting and allows easy removal of parts thanks to a wider cut notch. This saves you time and reduces post-processing costs while maximizing the yield of each plate.
Your advantages with the Quality Cut Package at a glance Highest efficiency thanks to virtually burr free cutting
The Bystronic Quality Cut Package offers numerous benefits that significantly improve your production. Increase laser cutting efficiency and reduce costs with precision cutting processes and less post-processing:
Our experts would be pleased to help you find the perfect solution for your production process.
Quality Cut Package: Technical features & options Precision and efficiency in every cut
The Bystronic Quality Cut Package offers a range of advanced features. They are specifically designed to maximize cutting quality with thick construction steel. Here are the most important features for virtually burr free cutting:
BeamShaper technology
BeamShaper technology optimizes the quality of the laser beam and ensures excellent cutting precision. By improving the laser beam shape, the cut edge is significantly smoother. This enables virtually burr free cutting and significantly reduces post-processing costs.
You get a precise and neat cut that meet the highest quality standards.
Reduced post-processing due to wider cut notch
The Quality Cut Package offers a wider cut notch, which makes it easier to remove the parts after cutting. This notch not only reduces handling costs, it also minimizes the need for additional post-processing.
Reliable processing up to 30 mm material thickness
Cut mild steel up to a thickness of 30 mm precisely and virtually burr free. The improved cutting quality and process stability enable reliable processing even with particularly thick materials.
This opens up new opportunities for you. You can then replace alternative methods such as plasma cutting. The high cutting performance results in a better material yield and optimizes the entire production process.
Do you have any questions? — We are here to help you. Don't hesitate to get in touch with us so we can discuss your specific requirements.
Your production in the future
The highest precision and easy handling
Your production runs with optimum cutting quality and minimal post-processing. The Quality Cut Package enables you to process thick material precisely and efficiently. BeamShaper technology ensures virtually burr free cutting and makes it easier to remove parts.
FAQ Frequently asked questions
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How does the Quality Cut Package improve cutting quality with thick material? -
What are the advantages of the wider cut notch? -
How does the Quality Cut Package contribute to reducing costs?
The Quality Cut Package uses BeamShaper technology to optimize the quality of the laser beam. This enables virtually burr free cutting, even with structural steel up to 30 mm thick. The improved cutting precision reduces post-processing costs and ensures high part quality.
It makes it easier to remove the cut parts because it provides more space for handling. This reduces the effort and time required to remove the parts from the machine.
Production costs are reduced as a result of virtually burr free cutting and the reduced need for post-processing. In addition, material yield is optimized because less waste is produced. The efficient unloading and sorting of parts also helps to reduce costs.
The Quality Cut Package uses BeamShaper technology to optimize the quality of the laser beam. This enables virtually burr free cutting, even with structural steel up to 30 mm thick. The improved cutting precision reduces post-processing costs and ensures high part quality.
It makes it easier to remove the cut parts because it provides more space for handling. This reduces the effort and time required to remove the parts from the machine.
Production costs are reduced as a result of virtually burr free cutting and the reduced need for post-processing. In addition, material yield is optimized because less waste is produced. The efficient unloading and sorting of parts also helps to reduce costs.