Pure-Play Metal AM Profile · Nasdaq First North: FREEM
Freemelt: an open E-PBF platform targeting tungsten, fusion, defense and difficult-to-process metals.
Freemelt combines research systems, industrial electron-beam powder-bed-fusion machines, open process control and application-development services. The strategic opportunity is strongest where conventional manufacturing and laser-based AM struggle; the investment risk is converting development projects into repeatable industrial machine and service revenue.
As of: 18 July 2026 · Profile: Pure-play metal AM · Recommendation: None
Investor read
Freemelt has credible technical positioning in E-PBF, but remains an early commercial-scale company. First-quarter 2026 net sales increased 116% to SEK 6.3 million, while the operating loss widened to SEK 26.5 million. The quarter ended with a SEK 12.8 million order book, one machine order, three project orders and seven active customer projects.
The company’s strongest wedge is not commodity metal printing. It is the ability to develop and industrialize tungsten, refractory metals and other difficult materials using an open electron-beam platform. Fusion organizations including UKAEA, TAE Technologies, Novatron Fusion Group and Proxima Fusion provide unusually relevant application pull.
Commercial proof remains incomplete. Many disclosed engagements are feasibility studies, memoranda of understanding or qualification projects. The central question is whether eMELT systems and process-development work can progress into serial production, recurring service revenue and a lower cash-burn profile.
High-signal metrics
| Metric | Period | Investor interpretation |
|---|---|---|
| SEK 6.3M net sales | 1Q 2026 | Up 116% year over year, but still small relative to the cost base. |
| SEK -26.5M operating result | 1Q 2026 | Commercial growth has not yet produced operating leverage. |
| SEK 12.8M order book | 31 March 2026 | Down from SEK 33.1M a year earlier; order conversion remains uneven. |
| Seven active customer projects | 1Q 2026 | Useful pipeline evidence, but project revenue is less durable than serial production. |
| 40 installed systems | Year-end 2025 | Installed base grew 40% during 2025 and provides references and service opportunities. |
| SEK 35M warrant proceeds | June 2026 | 97.4% exercise rate strengthened liquidity but increased share count. |
Business model and product stack
Freemelt ONE
An open research system used by universities, institutes and industrial development centers to create material recipes and explore new E-PBF applications. Research installations expand the ecosystem but do not by themselves prove industrial throughput economics.
eMELT-iD
An industrial development platform intended to bridge material and application work into production. Its value depends on maintaining process openness while improving repeatability, uptime and qualification support.
eMELT-iM
The serial-production system is the key commercial asset. Investor evidence should focus on customer acceptance, delivered productivity, machine utilization, recurring orders and qualified part output rather than nominal technical capability.
Services and software
Development services, support, maintenance and open process software can deepen customer relationships. Management has stated an ambition for support and maintenance to reach 25% of revenue by 2030; this is a target, not current recurring-revenue evidence.
Capital-light manufacturing
Freemelt outsourced machine manufacturing to Scanfil from October 2025. This can reduce fixed manufacturing investment and improve scalability, but transfers part of execution to an external production partner.
Why Freemelt may own a bottleneck
- Open E-PBF process control: customers can develop proprietary materials and parameter sets rather than rely only on closed recipes.
- Extreme-material capability: tungsten and refractory metals are difficult to process and increasingly relevant to fusion, defense and high-temperature systems.
- Research-to-production pathway: Freemelt ONE, eMELT-iD and eMELT-iM create a staged platform rather than a single machine sale.
- Fusion ecosystem access: UKAEA, Fusion for Energy, TAE Technologies, Novatron and Proxima Fusion provide application-specific validation.
- Electron-beam productivity potential: high-temperature vacuum processing can offer advantages for crack-prone and reactive materials.
- European supply-chain relevance: projects with Saab Dynamics, Hitachi Energy and public innovation agencies align with critical-material localization.
Financial materiality
Emerging: AM can influence a business line or the strategic thesis, but is not yet dominant.
Addithive scorecard
| Dimension | Assessment | Rationale |
|---|---|---|
| Pure-play | 5 / 5 | Revenue, capital needs and valuation are directly tied to additive manufacturing. |
| Bottleneck ownership | 3 / 5 | Credible capability, but viable alternatives or incomplete production proof constrain scarcity. |
| Evidence maturity | Pilot | Strongest evidence remains pilot, development or early-customer activity. |
| Financial materiality | Emerging | AM can influence a business line or the strategic thesis, but is not yet dominant. |
| Substitutability | High | Customers have multiple alternatives and comparatively lower switching barriers. |
| Evidence confidence | High for cited operational evidence; lower for AM economics | Product, qualification and production claims are source-backed; AM-specific revenue and margin disclosure is often limited. |
Catalysts and thesis breakers
Catalysts
- Fusion studies progressing into qualification and component production.
- Proxima Fusion Alpha Alliance work producing validated plasma-facing hardware.
- Repeat eMELT orders from UKAEA or other fusion organizations.
- Defense proof-of-concept converting into serial production.
- Order book rebuilding above the 2025 exit level.
- Service and maintenance becoming a visible recurring-revenue stream.
- Revenue growth beginning to reduce operating cash burn.
Thesis breakers
- Projects remaining research engagements without industrial-machine demand.
- eMELT reliability or productivity failing customer requirements.
- Order intake remaining volatile and below the operating cost base.
- Further capital raises before meaningful commercial scale.
- Large E-PBF competitors closing the openness or materials gap.
- Fusion timelines extending without paid production work.
- Outsourced manufacturing creating quality or delivery constraints.
Valuation context
Freemelt is not yet suitable for mature earnings valuation. A useful framework separates cash and financing runway, installed-base value, order book, probability-weighted machine pipeline and long-duration application options—then deducts expected operating losses and dilution.
Management’s SEK 1 billion 2030 revenue ambition should be treated as a strategic target rather than a forecast. The valuation should increasingly depend on industrial eMELT orders, recurring services and evidence that customer projects progress through qualification into production.
What to monitor
- Quarterly order intake, order book and net sales.
- Operating result, cash flow and fully diluted share count.
- Number and value of industrial eMELT orders.
- Machine acceptance, utilization and service attachment.
- Project progression from feasibility to qualification and production.
- Tungsten and refractory-material process milestones.
- Fusion, defense and medtech customer concentration.
Evidence gaps
- Machine gross margin, service revenue and recurring-revenue share are not disclosed at decision-useful detail.
- Customer machine utilization, uptime, yield and part-production economics are unavailable.
- Project values and probabilities of serial conversion are often undisclosed.
- Current market capitalization, trading liquidity, consensus, ownership and short interest were not sourced for this baseline.
- The competitive performance gap versus established E-PBF systems requires independent customer evidence.
Source ledger
- Freemelt Q1 2026 report — sales, operating result, order intake, order book and active projects.
- Freemelt 2025 annual report summary — installed base, sales growth, outsourcing and financing.
- TO1 warrant outcome — exercise rate, shares and proceeds.
- Proxima Fusion Alpha Alliance — tungsten component collaboration announced 15 July 2026.
- TAE Technologies project — tungsten feasibility work and potential development phases.
- Swedish defense follow-on order — proof-of-concept and prototype pathway.
Research conclusion
Freemelt is one of the most technically differentiated small public metal-AM companies, especially for tungsten and fusion applications.
The technical bottleneck is credible. The investable proof point is serial production: repeat industrial machine orders, customer utilization, recurring services and a clear path toward lower cash burn.
Research use only. This page is not investment advice.
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