Surface-Level Innovation - Validating Laser Texturing in Automotive Manufacturing
Technology Being Tested
PolyLase – Laser Texturing for Precision Surface Enhancement
An advanced laser microprocessing solution developed by AIMEN to apply intricate, customized textures on automotive components, offering both functional and aesthetic value.
Use case in a Nutshell
Through the DIMOFAC Early Adopters Programme, AIMEN the host and ALUDEC the Beneficiary partnered to validate the real-world application of laser texturing in automotive manufacturing. ALUDEC gained early access to AIMEN’s innovative surface enhancement service, enabling them to explore new product features and improve competitiveness. AIMEN benefited from live industry feedback and the opportunity to assess commercial feasibility, including scalability, investment needs, and integration challenges.
About the collaboration partners
AIMEN is an Innovation and Technology Centre highly specialized in materials and in advanced manufacturing technologies, especially joining technologies and laser technologies applied to materials processing, robotics and automation.
ALUDEC specializes in manufacturing processes, particularly in the automotive industry. Its actively engaged in exploring and adopting new technologies to improve their manufacturing processes and remain competitive in their industry. They participated as beneficiary of the DIMOFAC Early adopters program.
Description of the Collaboration
Problem Addressed
Traditional finishing techniques limit both the customization and efficiency of automotive parts. The goal was to explore laser texturing as a high-precision alternative with cost-effective scalability.
Solution
AIMEN’s PolyLase laser texturing system was tested on automotive parts, with ALUDEC validating the technical feasibility and alignment with market needs.
Execution
AIMEN supported ALUDEC with on-site technical guidance and expertise during implementation.
ALUDEC assessed integration potential within their production line and evaluated its effect on product quality and differentiation.
Host Role (AIMEN)
Provided technology, expertise, and process customization support.
Beneficiary Role (ALUDEC)
Acted as a testbed, offering feedback on feasibility, quality, and potential market uptake.
Results of the Colaborration
Positive Validation
ALUDEC confirmed the precision and feasibility of the laser texturing system, exceeding initial expectations.
Enhanced Product Offering
The ability to produce automotive parts with unique textures opens new possibilities for product differentiation.
Versatility and Replicability
AIMEN demonstrated the system’s applicability beyond automotive—into aerospace, polymers, and more.
Market Readiness
AIMEN began shaping pricing models, estimating costs, and exploring commercialization pathways.
Strategic Outlook
Both partners view this collaboration as a foundation for future innovation and scaling.
Testimonials
This experience not only showcases our commitment to innovation but also opens doors for future collaborations and advancements in our manufacturing processes.
I consider it a success because the beneficiary appeared genuinely satisfied with the outcomes. Their positive reaction indicates the potential to integrate our solutions into real production
Project info:
The use case DIMOFAC project which received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 870092, aiming to help factories implement a smart factory architecture that will allow them to be more reactive to a personalised demand and changing market dynamics.
Do you want to create a use case for your technology or test this technology in your processes?