LASER LINETECHNOLOGY
Laser-assisted ceramic manufacturing
We combine thermal processing and localized laser energy to develop treatments for glazes, frits and ceramic surfaces, and investigate electrified manufacturing routes.
How it works
We combine an industrial kiln with a laser line. The kiln runs cooler than usual and the laser delivers, on the surface and only where needed, the energy the process requires. Two effects at once: the kiln consumes less, and you gain surface control the kiln alone cannot give.
- 850 °Cfiring temperature in the kiln
- up to 2800 °Csurface temperature reached by the laser
- ± 2 °Caccuracy of that temperature control
- 2006first laser kiln patent
What it gives the material
| Property | What changes in the part | Where it matters |
|---|---|---|
| Pore sealing | Surface porosity is closed with the laser, without coating the part. | Chemical & Process Industries |
| Laser polishing | Replaces mechanical polishing systems. | — |
| Greater hardness and strength | The treated surface resists more. | — |
| Nanostructuring to order | Surface structure is defined by what the part has to do. | — |
What changes for you
- Significant energy saving from the lower firing temperature.
- Lower greenhouse gas emissions.
- Little or no waste compared with mechanical polishing.
- Finishes that were not available before.
Development status
Development and scale-up programme; results depend on the material and process.
Where it applies
Each application needs specific validation. Qualification or commercial availability of the final product is not implied.
Tell us the material, the application and the main challenge.
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