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Est. tid*
2026-02-19 07:30 Bokslutskommuniké 2025
2025-11-04 07:30 Kvartalsrapport 2025-Q3
2025-08-05 07:30 Kvartalsrapport 2025-Q2
2025-05-22 N/A X-dag ordinarie utdelning FREEM 0.00 SEK
2025-05-21 N/A Årsstämma
2025-05-06 07:30 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 verksamma inom teknikbranschen. Bolaget är specialiserade inom utveckling av 3D-printing. Programvaran är open source samt 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.
2022-06-28 08:35:00

– New method of removing powder in confined spaces

Nasdaq First North-listed Freemelt – a high-tech growth company whose groundbreaking solution creates new conditions for rapid growth in 3D printing – has been granted patents in the US and Europe. The patents relate to a method of removing powder from parts, which enables industrial customers to manufacture more complex parts.

In Freemelt's 3D printers, manufacturing takes place at elevated temperature to increase productivity and improve material properties. This means that powder grains in areas inside the manufactured part are sometimes stuck after manufacturing. The patents provide protection regarding a method of removing the powder stuck in, for example, cooling channels and other confined spaces. The method is generally applicable to products manufactured with competing 3D printers.

"This innovation increases the opportunities to use 3D printing technology in more application areas and can increase the competitiveness of our customers. Examples of this are heat exchangers that often have a lot of cavities that are difficult to access," says Ulric Ljungblad, co-founder, and CEO of Freemelt.

The patents are granted in the US and Europe and are validated in Sweden, Germany, and the UK. Protection for this extends until 26 March 2039 in all jurisdictions.

"Frost shattering is a force of nature that can grind down mountains, here we use the same simple principle to enable the cleaning of powders from complex details," says Robin Stephansen co-founder of Freemelt and inventor of this patent.

Links to the patents

United States Patent and Trademark Office (USPTO): https://uspto.report/patent/grant/11,298,880

European Patent Office (EPO): https://data.epo.org/publication-server/document?iDocId=6761557&iFormat=0