Design Guide for Flat Laser Cutting Parts
Useful information on how to properly prepare your files for flat laser cutting,
capabilities, and limitations of our process.
At Oxilaser, we carry out laser cutting of sheets using advanced, cutting-edge technology provided by Bystronic. We have the experience and equipment necessary to ensure precise manufacturing according to your designs, with a superior quality finish. Our team of experts uses various combinations of gases and specific configurations for each material to achieve a flawless cut.
A. Cutting Process and Working Capacities
Method and Capabilities:
-
- Tolerance: ± 0.20 mm
- Size of our cutting formats: 3000 x 1500 mm
- Thickness: range 0.3 mm ~ 8 mm
Appearance and Finishes:
- Micro-joins are small connections placed in the piece during the laser cutting process. These minimal joins keep the part and its offcuts connected to the original sheet, ensuring that they do not move during the cut and preventing parts from falling into the pit. To guarantee the quality and safety of the process, we always add at least one micro-join.
- Cutting Density and Temperature Deformation: Despite laser cutting being a precise method for manufacturing parts, designs with high cutting density can cause a significant increase in temperature during the process. This thermal rise can cause deformations in the parts that affect their functionality. When developing the design, it is crucial to consider the distribution of cuts, avoiding excessive heat accumulation.
B. Accepted Formats and Recommended Software
Vector Formats:
- DXF Format: Accepted by most CAD systems.
- SVG Format: Compatible with graphic design software.
Compatible Software:
- Autodesk Fusion360™ (free)
- SolidWorks™ (free)
- Autodesk Inventor™ (free)
- Inkscape™ (free)
- Catia™
- PTC Creo™
C. File Preparation
To ensure smooth manufacturing, follow these recommendations when preparing your files:
1 Scale: The part must be in exact 1:1 scale in millimeters.
2 Content: The file must contain a single part with only its geometry.
3 Lines: Use continuous lines and avoid overlapping lines.
4 Texts: Convert texts to curves to avoid font issues.
5 Minimum Holes: Ensure that holes comply with the minimum allowable diameter.
6 Minimum Distances: Maintain a minimum distance between cuts to avoid deformations.
7 Other Considerations:
• Cutting Angles: Avoid sharp angles that could complicate the cutting process.
• Fine Details: Ensure that fine details are large enough to be cut with precision.
• Materials: Verify the material’s compatibility with the laser cutting process.
Feel free to ask us any questions regarding the configuration of your files
Consult
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Urban Furniture
Sculpture and Decorative Elements
Special Projects
Signage and Custom Signboards
