Traditional manufacturing processes often result in rough surfaces that hinder performance. CLASCO’s innovative approach integrates a two-step laser process in a single machine, enabling precise and efficient post-processing. This method not only improves surface quality but also optimises material usage and energy efficiency, aligning with modern sustainability goals.

Key focus areas of the project include:

• Weight reduction: By optimising material use, CLASCO enables lightweight designs without compromising strength or functionality.

• Enhanced properties: Improved friction control, corrosion resistance, and biocompatibility make the parts ideal for biomedical and aerospace applications.

• Sustainability: The project embraces eco-friendly practices, reducing waste and energy consumption throughout the process.

• Digitisation: Advanced AI and digital technologies enhance precision, process automation, and overall manufacturing efficiency.

During MEDICA 2024, SurFunction engaged with an international audience of healthcare and manufacturing professionals. The team demonstrated how the CLASCO project bridges the gap between innovative manufacturing technologies and real-world applications, especially in high-demand fields like biomedicine. By fostering discussions with potential end-users and partners, SurFunction aimed to ensure the project’s solutions meet industry needs and pave the way for future advancements.

The CLASCO project represents a significant step forward in sustainable and digitised manufacturing. It redefines possibilities in additive manufacturing for highly specialised sectors, delivering tailored, functional surfaces to meet exacting demands.