SSAB to Expand Production Facility for Additive Manufacturing Steel Powder

Why It Matters

Scaling steel‑powder production removes a key bottleneck in metal 3D printing, accelerating adoption of more durable, lower‑carbon components in high‑value manufacturing.

Key Takeaways

• SSAB aims for 350 t/yr steel‑powder capacity by 2028
• Oxelösund plant will deliver commercial‑scale additive‑manufacturing powders
• Powder replaces aluminium, cuts heat‑treatment steps and lead times
• High‑strength steel powder lowers climate impact across the value chain
• Production start Q1 2028 meets rising demand for metal‑3D printing

Pulse Analysis

Additive manufacturing is shifting from prototyping to full‑volume production, and steel powders are at the heart of that transition. Global demand for metal‑based 3D‑printed parts is projected to exceed $10 billion by 2030, driven by aerospace, automotive and energy sectors seeking lighter, stronger components. SSAB’s decision to scale its Oxelösund facility reflects a broader industry trend: manufacturers are moving away from traditional machining toward powder‑bed fusion processes that require consistent, high‑quality feedstock. By committing to a 350‑tonne annual output, SSAB positions itself as a primary supplier in a market where material shortages have previously hampered growth.

The technical edge of SSAB’s steel powders lies in their alloy design, which delivers tensile strengths comparable to conventional wrought steel while maintaining excellent printability. Unlike aluminium alloys, the SSAB powders can be used without a post‑print heat‑treatment cycle, shaving days off production schedules and cutting energy consumption. This not only reduces operational costs but also aligns with corporate sustainability goals, as the lower thermal load translates into a smaller carbon footprint across the value chain. For end users, the ability to substitute aluminium with a steel that offers superior fatigue resistance opens new design possibilities, especially in safety‑critical applications.

From a strategic perspective, the Oxelösund expansion strengthens SSAB’s competitive moat against other metal‑powder producers such as EOS and Höganäs. The timing coincides with a surge in OEM investments in in‑house 3D‑printing capabilities, meaning a reliable, locally sourced steel powder could become a decisive factor in supply‑chain resilience. As the industry moves toward standardized material certifications, SSAB’s early scaling effort may set performance benchmarks that shape future specifications, further cementing its role in the next wave of digital manufacturing.