This test used a UV-10 UV laser marking machine to reproduce a cat-and-dog portrait on a ceramic sample. The case pairs the captured software settings with the photographed result.
1. Test Goal
Assess whether bitmap image marking can reproduce recognizable portrait detail and tonal separation on the sample surface.
2. Test Requirement
Mark the supplied cat-and-dog portrait on the ceramic sample using bitmap image processing.
3. Machine and Material Setup
| Item | Details |
|---|---|
| Machine type | UV laser |
| Software | LightBurn |
| Material | Ceramic |
| Process | Bitmap image marking |
| Marking time | 45 minutes |
| Test result | Rated good |
4. Laser Parameter Used
| Parameter Item | Value |
|---|---|
| Speed | 50.0 mm/sec |
| Power (displayed) | 20.00% |
| Frequency | 50.00 kHz |
| Q-pulse width | 15.00 ns |
| Line interval | 0.0500 mm |
| Resolution | 508 DPI |
| Pass count | 1 |
| Scan angle | 180 degrees |
| Image mode | Dither (Floyd-Steinberg) |
| Bi-directional scanning | On |
| Negative image | Off |
| Pass-through | Off |
| Fill order | Fill all shapes at once |
| Dot-width adjustment | Off |
5. Test Result
The marking took 45 minutes and received a good result rating. In the finished-sample photo, both animals are recognizable, with visible fur lines, whiskers, and tonal shading across the faces.
6. Test Conclusion
This UV-10 test demonstrates bitmap image marking on ceramic with recognizable portrait detail. The result provides a reference for personalized ceramic artwork and decorative photo pieces.
For another ceramic sample, confirm the effective power setting and repeat the test with the same artwork, lens setup, and software before considering batch production.
