Industrial 3D printer setting the industry standard for serial production
Transform manufacturing
— for good
Freemelt develops advanced 3D printers for metal components, aiming to become the leading supplier in additive manufacturing (AM) by leveraging our E-PBF (Electron Beam Powder Bed Fusion) technology. By positioning ourselves as a productivity partner we support our customers throughout the entire development journey, from feasibility studies to full-scale production. Our solutions primarily serve companies in the defense, energy, and medical technology sectors in Europe and the U.S., enabling them to innovate and enhance production efficiency.
Freemelt’s modular printers, designed for industrial applications, support complex geometries and high-performance materials, such as tungsten for defense and energy applications and titanium for medical implants
Defense
Medical technology
Energy
e¯MELT®-iM
e¯MELT®-iD
Step into the future of metal 3D printing with e¯MELT®-iD. Empower your development work, accelerate your innovation, and redefine the possibilities of additive manufacturing.
Freemelt® ONE
Freemelt® ONE is designed to make materials not yet known to mankind. Materials that engineers dream about. Materials that give us lighter, stronger and more efficient products.
Collaborate with us
Freemelt offers a complete product portfolio supporting you from early material and process development through application development, into a seamless transition to serial production within industries such as medtech, orthopedic implants, energy, defense, and beyond.
The implant workhorse
Titanium alloy (Ti-6Al-4V)
Titanium alloy is a key material in orthopedic implants due to its strength, lightness, biocompatibility, and corrosion resistance. Freemelt’s E-PBF technology enhances titanium implant production by enabling complex geometries like solid cores with porous surfaces, and efficient stacking to boost productivity.
Handling the heat
Pure tungsten
Tungsten’s heat resistance and density are vital for Fusion Energy, Defense, and medical X-ray equipment. Freemelt’s E-PBF technology overcomes the challenges of tungsten’s high melting point and brittleness, producing dense, crack-free parts with minimal oxygen uptake, opening new possibilities.
The conductivity champion
High-purity copper
Copper’s conductivity is essential for advanced heat and electrical systems, particularly in electric vehicles. Freemelt’s E-PBF technology excels where traditional 3D printing falls short, optimizing copper’s microstructure for electromagnetic applications through superior vacuum quality and spot melting technology.
Latest from Freemelt
2025-03-06
Freemelt receives additional order from Saab
Freemelt has received a project order from Saab to manufacture copper components for application tests in the defense industry. The project is a result of a previously conducted fe…
2025-02-21
Regulatory
Freemelt announces the final outcome of the company’s rights issue
On 20 February 2025, Freemelt Holding AB (publ) (“Freemelt” or the “Company”) announced the preliminary outcome for the Company’s rights issue of up t…
2025-02-20
Regulatory
Freemelt announces preliminary outcome of the company’s rights issue
Freemelt Holding AB (publ) (“Freemelt” or the “Company”) announces the preliminary outcome for the Company’s rights issue of up to 22,918,518 units, c…
2025-02-13
Freemelt receives an order from Oxford Sigma for tungsten trial components
Freemelt has received a project order from Oxford Sigma to conduct geometry tests of additive manufactured tungsten for fusion power plants. This is another order in fusion and tun…
2025-02-05
Freemelt receives order from UKAEA for proof-of-concept of production scalability of tungsten tiles for future fusion energy power plants
Freemelt has received an order from UKAEA (United Kingdom Atomic Energy Authority) to conduct production scalability tests of 3D printed tungsten tiles for fusion energy power plan…
