Material: carbon steel /stainless steel /aluminum /copper /galvanized sheet available
Thickness: 0.5-25mm
Tolerance: ±0.05mm
Manufacturing process: laser cutting
Surface treatment: powder coating /painting /anodization /sandblasting /zinc coating etc available
Application field: electronic /automotive /furniture /solar energy /construction etc.
1. Tape removal method
The burrs generated by laser cutting are very small and difficult to remove. In this case, we can apply transparent tape to the burrs, gently compact them, and then tear off the tape to remove the burrs. This method is easy to operate, convenient to use, and more effective for some small workpieces.
2. Polishing method
Polishing is a common method of removing laser cutting burrs, which works by using abrasives to smooth the burrs. During the polishing process, it is important to note that the polishing direction should be perpendicular to the direction of the burrs to avoid damaging the original contour shape. However, polishing will reduce the surface accuracy of the workpiece and increase working hours and costs.
3. Sandblasting method
Sandblasting is a relatively rough deburring method that uses high-pressure gas to spray abrasive onto the surface of the workpiece, and the abrasive rubs and collides with the surface to remove burrs. This method is suitable for workpieces with high surface roughness, but it can also damage the surface smoothness.
4. Laser polishing method
After laser cutting, burrs can be removed by laser polishing. Laser polishing can remove burrs and improve the surface smoothness and quality of workpieces, but its equipment cost and operational difficulty are also relatively high.
In summary, selecting the appropriate deburring method depends on the specific situation and needs to be considered based on the material and precision requirements of the workpiece, in order to achieve better processing results.