Introduction
This test used a TR Series 5W laser with Raycraft software to mark an artificial leather baseball. The goal was to check whether the machine could create a clear decorative marking effect on the curved ball surface. The total marking time for this test was approximately 1 min 5 s.
1. Test Goal
The test was carried out to verify the marking performance of the TR Series 5W on artificial leather. The required result was a clear visible design on a baseball surface with a good final appearance.
2. Test Requirement
The sample was an artificial leather baseball. The marking process needed to produce a clean visible graphic on the surface.
3. Machine and Material Setup
| Item | Details |
|---|---|
| Machine type | UV laser |
| Machine model | TR Series 5W |
| Software | Raycraft |
| Material | Artificial leather |
| Test object | Baseball |
| Application | Laser marking |
| Processing time | 1 min 5 s |
| Test result | Good |
4. Laser Parameter Used
| Parameter Item | Value |
|---|---|
| Marking mode | Flat engraving |
| Speed | 1000 mm/s |
| Frequency | 80 kHz |
| Pulse width | 6 |
| Marking times / Pass count | 4 |
5. Test Result
The TR Series 5W completed the artificial leather baseball marking test in 1 min 5 s. The final image shows a clear cartoon graphic on the baseball surface, with visible shading and outline detail. The recorded test effect was good.
6. Test Conclusion
This artificial leather baseball marking test achieved the required visual effect using the TR Series 5W. The result shows that the machine can create decorative marking with visible detail on an artificial leather sports item.
This type of result may be useful for custom baseballs, sports gifts, event souvenirs, team merchandise, and small-batch personalized products. Before batch production, the final parameter values should be confirmed with the same material, artwork file, lens setup, and marking software.
