Flexible and cost efffective direct deposition method

The project lowers the threshold for the adoption of metal additive manufacturing by providing the region with a cost-effective and openly documented laser direct deposition (Laser DED) solution and demonstration environment. It enhances regional resilience by ensuring local maintenance and spare parts availability. The goal is to manufacture metal parts and features for the needs of SMEs, reduce the need for initial investment, and provide transparent cost and quality comparisons to traditional methods to support decision-making.

Laser-based direct deposition allows precise repair and remanufacturing, such as creating spare parts. This directly supports the security of supply in energy, process, and engineering industries, as well as critical maintenance requirements, and contributes to resilience through redundancy and local capabilities. The developed method also serves as an alternative for new product development and can replace traditional manufacturing methods, such as casting. Furthermore, the project aligns with the priorities of the Innovation and Skills in Finland 2021–2027 program by enhancing research, development, and innovation (RDI) capabilities, conducting pilot projects based on company needs, and promoting energy efficiency.

Goals

The main objective of the project is to develop, build, and validate a cost‑effective, SME‑scalable laser‑based directed energy deposition solution, as well as to create a research environment that serves the companies in the region.