Tisdag 20 Januari | 08:28:28 Europe / Stockholm

Prenumeration

Kalender

Est. tid*
2027-02-23 07:30 Bokslutskommuniké 2026
2026-11-03 08:00 Kvartalsrapport 2026-Q3
2026-08-11 08:00 Kvartalsrapport 2026-Q2
2026-05-21 N/A Årsstämma
2026-05-05 08:00 Kvartalsrapport 2026-Q1
2026-02-19 07:30 Bokslutskommuniké 2025
2025-11-04 - Kvartalsrapport 2025-Q3
2025-10-08 - Extra Bolagsstämma 2025
2025-08-05 - Kvartalsrapport 2025-Q2
2025-05-22 - X-dag ordinarie utdelning FREEM 0.00 SEK
2025-05-21 - Årsstämma
2025-05-06 - Kvartalsrapport 2025-Q1
2025-03-28 - Bokslutskommuniké 2024
2025-01-24 - Extra Bolagsstämma 2024
2024-11-05 - Kvartalsrapport 2024-Q3
2024-08-06 - Kvartalsrapport 2024-Q2
2024-05-31 - Kvartalsrapport 2024-Q1
2024-05-24 - X-dag ordinarie utdelning FREEM 0.00 SEK
2024-05-23 - Årsstämma
2024-02-20 - Bokslutskommuniké 2023
2023-11-08 - Kvartalsrapport 2023-Q3
2023-08-10 - Kvartalsrapport 2023-Q2
2023-05-26 - X-dag ordinarie utdelning FREEM 0.00 SEK
2023-05-25 - Årsstämma
2023-05-10 - Kvartalsrapport 2023-Q1
2023-03-13 - Extra Bolagsstämma 2022
2023-02-21 - Bokslutskommuniké 2022
2022-11-09 - Kvartalsrapport 2022-Q3
2022-08-11 - Kvartalsrapport 2022-Q2
2022-05-25 - X-dag ordinarie utdelning FREEM 0.00 SEK
2022-05-24 - Årsstämma
2022-05-11 - Kvartalsrapport 2022-Q1
2021-09-28 - Extra Bolagsstämma 2021

Beskrivning

LandSverige
ListaFirst North Stockholm
SektorIndustri
IndustriIndustriprodukter
Freemelt Holding är verksamt inom teknikbranschen. Bolaget är specialiserat inom utveckling av 3D-printing. Programvaran är open source och egenutvecklad och används huvudsakligen för materialutveckling. Kunderna består av företagskunder verksamma i ett flertal olika sektorer som exempelvis tillverkningsindustri. Utöver huvudverksamheten erbjuds även diverse mervärdestjänster. Störst verksamhet återfinns inom Europa och Nordamerika.

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2025-12-19 08:56:00

To accelerate progress in additive manufacturing (AM) and support the industry’s transformation, Freemelt is establishing an Advisory Board composed of leading industry experts. The goal is to create a platform for open dialogue, knowledge sharing, and collaboration that drives AM development forward.

Freemelt aims to take an active role in driving innovation and industrialization of AM by combining advanced technology with strategic partnerships. AM has the potential to play a critical role in addressing global challenges, such as rising energy demand and the development of alternative energy sources like fusion, while also contributing to Europe’s increase in defense capability. The technology further enables large-scale regional manufacturing and improved productivity.
 
Members of the Freemelt Advisory Board:

Professor Arunodaya Bhattacharya
Chair in Fusion Energy, University of Birmingham / Former Chief Technologist, UKAEA

Professor Bhattacharya is an internationally recognized expert in advanced materials for fusion and fission. Previously, he held senior roles at the UK Atomic Energy Authority and Oak Ridge National Laboratory in the United States. With extensive experience in global research programs, he now contributes to the development of next-generation fusion reactors, focusing on materials engineered to withstand extreme environments.

Göran Backlund
Director, Business Development & Strategy, Saab Dynamics AB

Göran Backlund brings over 30 years of experience in defense and aerospace technology. He has been instrumental in Saab’s adoption of AM and has led the company’s internal AM group since 2013. Under his leadership, Saab achieved several milestones, including flight-qualified 3D-printed components. Göran is also active within AMEXCI, supporting the advancement of industrial additive manufacturing in Sweden.

Dr. Ola Harrysson
Edward P. Fitts Distinguished Professor, NC State University

Dr. Harrysson is a pioneer in metal-based additive manufacturing with more than 25 years of research experience. As head of CAMAL at NC State University, he has driven the development of medical AM solutions, including customized orthopedic implants and osseointegrated prostheses. His work bridges engineering, medicine, and industrial application of AM technology.