LASER LINETECHNOLOGIES
The five technologies
Shared expertise and five distinct routes. Each has its own processes, equipment and development status; they are not a single interchangeable solution.
The five technologies
Laser glass strengthening
Laser processes to improve the mechanical strength of glass and explore new opportunities in thin glass, lightweight products and continuous manufacturing.
Open the page 02 / LLSFunctional glass engineering
We develop processes to modify glass locally and integrate functional structures and materials. Each application is defined by its optical, electrical, thermal and mechanical requirements.
Open the page 03 / LLSMetal-ceramic integration
We investigate laser processes to develop transition regions between metallic and ceramic materials. The aim is to engineer surfaces for specific wear, chemical exposure and thermal service requirements.
Open the page 04 / LLSLaser-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.
Open the page 05 / LLSLaser microstructuring and micromachining
We explore microholes, textures and precision geometries using pulsed lasers. The process is selected for the material, required geometry and target surface quality.
Open the pageEach application needs specific validation. Qualification or commercial availability of the final product is not implied.