Find a research partner or other support function connected to the large scale research facilities, ESS & MAX IV. If you are not ready or not sure what you are looking for start here.
Center Consultation & CRO Laboratory & Lab instruments Large-scale Infrastructure Projects & Networks Research Institute Support organisation University
Clear All
Feedback

Send us your feedback

Here you can send us feedback on the Maxess-website. Please describe the problem or what’s missing in a clear way, and on what page you found the issue. Thank you so much for your help!

    Industry access to world-leading research facilities

    MAXESS is a joint access point for industry to the large-scale research infrastructures MAX IV, ESS, DESY, and the associated networks.

    Discover cases, resources, and our network of experts

    Medtech - Biomedical engineering

    Can understanding potato starch aid in wound healing?

    Magle Chemoswed AB, Malmö University
    Jan 2018

    Malmö University together with Magle Chemoswed, investigated hydration of Microporous Polysaccharide Hemospheres, using SWAXS performed at MAX IV, combined with sorption calorimetry, gravimetrical swelling, rheology and differential scanning calorimetry experiments. The Microporous Polysaccharide Hemospheres are starch-based particles developed by the Swedish company Magle Chemoswed AB that can be used to accelerate wound healing.

    Metallurgy and Mining

    A large collaboration to improve duplex stainless steel

    Outokumpu Stainless AB, Alfa Laval Tumba AB, AB Sandvik Materials Technology
    Oct 2018 - Mar 2019

    A group of representatives from academia, research institutes, and steel manufacturers and users, used synchrotron light to study duplex stainless steel. They successfully gathered information that can help improving the resistance and lifespan of this material.

    Industrial production and Manufacturing

    Improving laser powder-bed fusion processes using synchrotron X-rays

    Linde
    Feb 2020 - Mar 2021

    Laser-powder bed fusion is an advanced additive manufacturing technology for producing small and precise metal components. The gas company Linde and Chalmers University of Technology used synchrotron X-rays to study how to improve laser-powder bed fusion processes by looking at how helium influences the solidification of metal materials.