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RES2AM: RESilient and RESource efficient Additive Manufacturing of large/complex added value parts

Reference number
Coordinator RISE Research Institutes of Sweden AB - RISE
Funding from Vinnova SEK 1 500 000
Project duration October 2024 - October 2025
Status Ongoing
Venture Impact Innovation Net Zero industry - Program-specific efforts
Call Impact Innovation: System demonstrators for the sustainable manufacturing industries of the future - step 1

Purpose and goal

The purpose of RES2AM is to advance sustainable, resilient manufacturing by achieving first-time-right production of large, complex metallic components using Powder Bed Fusion - Laser Beam (PBF-LB). The project’s goal is to reduce material waste and energy consumption while ensuring high-quality output through real-time monitoring and process control. RES2AM targets scalable AM solutions, enhancing supply chain resilience in the aerospace and energy sectors.

Expected effects and result

RES2AM aims to reduce waste and energy by 50% in large-scale AM of metallic parts, achieving first-time-right production. By integrating real-time monitoring, it will cut defect rates by 25% and establish a resilient, scalable supply chain for metallic components in aerospace and energy. The project promotes a shift to sustainable, circular manufacturing, enhancing Sweden´s competitiveness and setting a new standard for efficient, resilient AM on a global scale.

Planned approach and implementation

The RES2AM project adopts a two-stage approach. In Stage 1, pilot solutions will be developed and validated, focusing on design frameworks, real-time monitoring systems, and advanced thermal management for large-scale AM parts. This stage lays the groundwork by testing solutions in industrial settings. In Stage 2, a system demonstrator will be implemented to reach industrial readiness, targeting high-quality, resilient AM processes tailored for aerospace and energy sectors, achieving TRL goals.

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 21 November 2024

Reference number 2024-02635