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MONACO - MONitoring And COntrol for advanced laser processing

Reference number
Coordinator Duroc Laser Coating AB
Funding from Vinnova SEK 2 122 868
Project duration October 2021 - October 2023
Status Completed
Venture Joint R&D projects for small and medium-sized enterprises in Sweden-Germany
Call German-Swedish Call for joint R&D projects by Small and Medium-sized Enterprises spring 2021

Important results from the project

The project Monaco achieved the goal to provide a sophisticated two-camera system for monitoring of the blown powder laser cladding process, extendable to 3D-printing. The overall concept, integrated and demonstrated in an industrial manufacturing cell, meets the aim of prerequisites for a closed loop control, to ensure high product quality. In addition to advanced knowledge, the results enable new business opportunities along with economic and environmental advantages.

Expected long term effects

A thermal combined with a geometrical camera system has been developed, into an industrial manufacturing cell, accompanied by software algorithms, to evaluate in-situ the most important process conditions. From systematic studies, favoured camera systems and image analysis have been identified and explained. The feasibility of a closed loop control was simulated. From the gained knowledge, improved in-line quality control during thermal manufacturing processes can be expected.

Approach and implementation

The project was carried out according to its workplan, by a new partnership of complementary expertise, composed of a laser cladding company, a thermal camera developer and a university in Sweden together with a topology camera supplier and a research institute in Germany. A clear modular workplan facilitated the project execution, despite facing different scientific and practical challenges of the hardware integration and of the interpretation of measured data, which led to powerful solutions.

External links

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

Last updated 2 December 2023

Reference number 2021-02154