Highlights

  • IperionX successfully completed site acceptance and commissioning of a 300-ton, six-axis SACMI powder metallurgy press at its Titanium Manufacturing Campus in South Boston, Virginia, tripling the company's existing powder metallurgy compaction capacity and significantly expanding the complexity and range of titanium components it can manufacture.
  • The SACMI press is capable of up to 24 pressing cycles per minute, equating to approximately 11 million single-cavity parts per year under standard operating assumptions — a throughput level that positions IperionX to serve high-Volume defence, aerospace, and industrial customer programs at meaningful scale.
  • IperionX shares have gained approximately 35% over the prior 12 months, with the SACMI commissioning representing the latest in a series of manufacturing capability milestones that progressively reduce the production risk associated with the company's patented titanium processing pathway.

 

IperionX Limited (ASX:IPX) (Nasdaq:IPX), the dual-listed titanium technology company, announced on 21 May 2026 that it had successfully completed site acceptance and commissioning of an advanced 300-ton, six-axis SACMI powder metallurgy press at its Titanium Manufacturing Campus in South Boston, Virginia. The commissioning of this equipment represents a material expansion of IperionX's manufacturing platform and moves the company meaningfully closer to the high-volume production capability that its defence, aerospace, and industrial customers require for qualification and program award decisions.

IperionX shares rose 3.65% to A$4.83 on the day, adding to a 12-month gain of approximately 35% that reflects the market's progressive re-rating of the company as each manufacturing milestone reduces the execution risk associated with its novel titanium processing pathway. The company's stock is listed on both the ASX and NASDAQ, with the dual listing providing access to both Australian and U.S. Capital market investors — an appropriate alignment given that the majority of its near-term commercial opportunity is concentrated in the U.S. defence and aerospace Supply chain.

The SACMI Press: Technical Capability and Competitive Differentiation

The 300-ton, six-axis SACMI press is a materially more capable piece of equipment than conventional uniaxial powder metallurgy pressing systems. Its multiaxial movement capability allows for more complex component geometries, higher compaction force application, improved repeatability across production runs, and enhanced dimensional control — all attributes that are critical when manufacturing titanium components to the tight tolerances required by defence and aerospace customers. The press expands the range of near-net-shape titanium preforms IperionX can produce, including fasteners, gears, brackets, actuators, and other complex structural components across multiple industries.

At its rated capacity of up to 24 pressing cycles per minute, the SACMI press is capable of producing approximately 11 million single-cavity parts per year before Downstream sintering. Higher part rates are achievable using multi-cavity tooling for simpler component geometries. This throughput profile positions IperionX to support customer programs that require not just prototype volumes but genuine industrial-scale supply — a distinction that is commercially critical, as defence and aerospace prime contractors typically require suppliers to demonstrate production scalability before committing to long-term supply agreements.

Integration With IperionX's Patented Processing Pathway

The SACMI press operates within IperionX's proprietary end-to-end titanium manufacturing process. Titanium powder is produced from low-cost, U.S.-sourced feedstocks using the company's patented HAMR (Hydrogen-Assisted Metallothermic Reduction) process. This powder is then compacted by the SACMI press into near-net-shape preforms, which are subsequently sintered and forged using IperionX's patented HSPT (Hydrogen Sintering and Phase Transformation) technology. The integrated pathway is designed to bypass the conventional titanium sponge supply chain — a supply chain that is heavily dependent on non-U.S. production infrastructure and has long been identified as a strategic vulnerability for the American defence and aerospace industrial base.

By producing titanium components entirely from domestically sourced inputs using proprietary processes, IperionX is positioning itself as a domestic supply chain solution for a critical defence material — a positioning that has attracted support under the U.S. Government-backed IBAS (Industrialisation of Breakthrough Aerospace and Defence Solutions) expansion program. The additional HSPT furnace capacity procured under the IBAS program is expected to arrive in June 2026, with installation and commissioning to commence immediately upon arrival. The combination of the SACMI press and the expanded furnace capacity is designed to accelerate customer qualification programs and support the transition from initial production to higher-volume supply.

Market Opportunity: Defence, Aerospace, and Domestic Supply Chain Imperative

The strategic context for IperionX's manufacturing build-out is defined by a growing U.S. Government and defence industry imperative to reduce supply chain dependence on foreign, and specifically Chinese-controlled, sources of titanium and rare material inputs. Titanium is a critical material for fighter aircraft, naval vessels, missile systems, and a broad range of defence hardware — yet conventional titanium production involves complex global supply chains that present procurement risk. IperionX's domestic ore-to-component model directly addresses this vulnerability.

The product types enabled by the SACMI press — including titanium fasteners, gears, brackets, and actuators — span defence and industrial applications where large-volume, consistent-quality supply is a prerequisite for commercial engagement. The fastener market alone represents a significant opportunity: U.S. defence and industrial supply chains consume large quantities of high-strength, lightweight, corrosion-resistant fasteners, and titanium's performance characteristics make it the material of choice for applications where weight, strength, and environmental durability are simultaneously important.

Conclusion

IperionX's commissioning of the six-axis SACMI press is a tangible manufacturing milestone that expands the company's production capacity, widens its component addressable market, and moves it structurally closer to the high-volume production capability required by its target customer base. The integration of the press within IperionX's patented HAMR-HSPT processing pathway reinforces the company's differentiated positioning as a domestic U.S. titanium supply chain solution at a moment when strategic material security has moved firmly to the top of the defence and industrial policy agenda. The next phase — converting qualification programs into commercial contracts — will define whether the market re-rating of the past 12 months is the beginning or the completion of a more significant commercial Revaluation.