LASER LINEStrength Glass
Laser glass strengtheningLaser processes to improve the mechanical strength of glass and explore new opportunities in thin glass, lightweight products and continuous manufacturing.
→LASER-BASED MATERIALS ENGINEERING
Laser technologies.
New possibilities for materials.
We work inside a single material, and where two materials meet. Our laser processes modify glass, ceramics and metal on their own, and integrate them with one another. The result is materials with properties that none of the originals had. In-house development, pilot validation, industrialization with partners.
LASER TEST IN KILNThe process.
The process.
The material.
The evidence.
An in-house test: the laser line travels across the surface of the material inside the kiln.
01 / LASER-MATERIAL TEST
01 / INDUSTRIAL APPLICATIONS
Start with your application.
Explore where our technologies could create value. We distinguish ongoing development from potential applications: each challenge needs its own materials, tests and success criteria.
01 / LLS
Solar Energy & Glass
Thin solar glass; lightweight glass; additional surfaces and functions to evaluate.
Explore applications 02 / LLSElectronics & Semiconductors
Functional structures in glass; TGVs; surfaces for process chambers.
Explore applications 03 / LLSDefense & Aerospace
Protection against wear and thermal exposure; functional windows; precision components.
Explore applications 04 / LLSHydrogen & Energy
Internal pipe surfaces; components exposed to demanding media; barrier concepts to investigate.
Explore applications 05 / LLSAdvanced Ceramics
Tiles and porcelain stoneware; finishes and surface sealing; composition-specific technical ceramics.
Explore applications 06 / LLSAutomotive & Mobility
Heating elements or sensors to develop; metal-ceramic finishes; lightweight glass.
Explore applicationsFurther opportunities to explore
02 / OUR TECHNOLOGIES
Shared expertise. Distinct technology routes.
We combine laser-matter interaction, process control and characterization. Thermal processing and micromachining use specific processes and equipment; they are not a single interchangeable solution.
Functional Glass
Functional glass engineeringWe develop processes to modify glass locally and integrate functional structures and materials. Each application is defined by its optical, electrical, thermal and mechanical requirements.
→Metal-Ceramic Integration
Metal-ceramic integrationWe 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.
→Laser Kiln
Laser-assisted ceramic manufacturingWe combine thermal processing and localized laser energy to develop treatments for glazes, frits and ceramic surfaces, and investigate electrified manufacturing routes.
→Laser Micromachining
Laser microstructuring and micromachiningWe explore microholes, textures and precision geometries using pulsed lasers. The process is selected for the material, required geometry and target surface quality.
→
03 / RESULTS & VALIDATION
From samples to verifiable results.
We link each result to the material, test method and conditions used. Sample-level validation does not replace qualification of the final product.
Strengthened glass
Material, thickness, method and result.
Functional glass
Structure achieved and function tested.
Metal-ceramic interface
Cross-section and surface performance tests.
Each sheet corresponds to an in-house test. The material, method and specific conditions are shared per application, under agreement.
04 / INDUSTRIAL COLLABORATION
In-house development. Partner-led industrialization.
LLS focuses on process development, intellectual property and pilot validation. Industrial integration and scale-up are structured with manufacturers, engineering companies and specialist partners.
Define the challenge
Material, application and success criteria.
Assess and test
Feasibility and sample-level evidence.
Validate the pilot
Repeatability and process requirements.
Integrate with partners
Scale-up and manufacturing route.
05 / LASER LINE SCANNING
Materials science with an industrial purpose.
Our work connects expertise in laser technology and materials with specific manufacturing challenges. We define projects from technical feasibility to an industrialization roadmap.
06 / INITIAL ENQUIRY
What does your material need to do?
Tell us about the application, material and main challenge. We will assess the technology fit and the next evaluation step. Do not include confidential information in your initial enquiry.
Write to us
Tell us the material, the application and the main challenge. We will reply with our assessment of the technology fit and the next evaluation step.
Send an emailOr copy the address: info@laserlinescanning.com
Or call us
+34 911 405 924 Head office
+34 876 655 189 Development and prototyping centre
Do not include confidential information in your first message.
Where we are
The map is served by Google and may set its own cookies, so it loads only if you ask for it.
The map is served by Google and may set its own cookies, so it loads only if you ask for it.